Question 2
Which compositional technique can be defined as the division of a composi-
tion vertically and horizontally and the placement of the key elements of the
image along these lines or at their intersection?
A
B
C
leading lines
rule of thirds
filling the frame
Answer:
B. rule of thirds
The rule of thirds is a composition guideline that suggests dividing an image into thirds both horizontally and vertically to create nine equal parts. The points where the lines intersect are considered to be the most visually appealing and important parts of the image. The main subject or point of interest should ideally be placed along these lines or at the points of intersection to create a more balanced, visually appealing composition. This technique can be applied to various types of visual media including photography, painting, and graphic design.
why is the seasonal temperature range greater at 45° n than at 45° s?
The seasonal temperature range is greater at 45° N than at 45° S due to a combination of factors related to the Earth's tilt and the distribution of land and water.
At the equator, the sun's rays hit the Earth more directly and consistently throughout the year, leading to a relatively stable and warm climate.
as you move away from the equator, the angle at which the sun's rays hit the Earth changes, resulting in more seasonal variations in temperature.
At 45° N and 45° S, the angle at which the sun's rays hit the Earth is changing throughout the year as the Earth orbits the sun. However, the seasonal temperature range is greater at 45° N than at 45° S because there is more landmass in the Northern Hemisphere, and land heats up and cools down more quickly than water. This means that in the Northern Hemisphere, temperatures can swing more dramatically between seasons, with hot summers and cold winters. In contrast, the Southern Hemisphere has more water, which has a greater capacity to absorb and store heat, leading to more moderate seasonal temperature ranges.
Additionally, ocean currents play a role in moderating temperature ranges, and the distribution of these currents is also influenced by the distribution of land and water. The North Atlantic Ocean, for example, is affected by the Gulf Stream, which carries warm water from the tropics to higher latitudes, further contributing to the greater seasonal temperature range at 45° N.
Learn more about Hemisphere here:
https://brainly.com/question/13625065
#SPJ11
according to the multiple nuclei model, a city is a complex structure that includes more than one center around which activities revolve.
The multiple nuclei model of urban development proposes that cities are not just centered around one central business district, but rather contain multiple centers or nuclei around which activities and development can revolve.
This model was developed in the 1940s by urban geographers Harris and Ullman, who argued that cities were too complex to be understood as a single entity and required a more nuanced approach to analysis. The multiple nuclei model suggests that cities contain several smaller centers, each with its own distinct characteristics and functions. For example, a city may have a downtown area for business and commerce, a university district for education and research, and a residential area for housing. These nuclei are connected by transportation networks, and interactions between them can lead to the creation of new activities and functions. This model is particularly relevant in the study of larger, more diverse cities, where traditional models of urban development may not capture the full complexity of the urban landscape. Overall, the multiple nuclei model provides a useful framework for understanding how cities evolve over time, and how different urban activities can interact and influence one another.
To know more about urban development visit :
https://brainly.com/question/20063741
#SPJ11
c. Explain what the result of your proof tells you about angles a and b. Specifically, if you
measured one angle, what would you know about the other? (2 points)
The result of the proof shows that the sum of the angles will be 180°.
What is the proof?In the question, we are told that angle a and b are a linear pair and this means that they are angles on straight lines. An angle on a straight line is 180°.
So, this means that if we find one angle, the other can be easily found by subtracting the known angle from 180°. Thus we can prove that the angles are supplementary by virtue of their sums. Let us say that one of the angles measures 90°, we can find the other by simply subtracting 90° from 180° to have 90°.
Complete Question:
Starting with the fact that angles 1 and a are a linear pair and that angles b and 2 are also a linear pair, use a two-column proof to prove that consecutive interior angles a and b are supplementary. (5 points)
Learn more about supplementary angles here:
https://brainly.com/question/12919120
#SPJ1
6. does water solubility help in your identification scheme? explain.
Yes, water solubility can help in an identification scheme by providing important information about the physical and chemical properties of a substance.
Water solubility is the ability of a substance to dissolve in water, and it is an important characteristic that can be used to help identify unknown substances. Substances that are highly soluble in water tend to have different properties than substances that are insoluble or only partially soluble. For example, highly water-soluble substances tend to be polar and hydrophilic, while less water-soluble substances tend to be nonpolar and hydrophobic. By assessing the water solubility of an unknown substance, chemists can begin to narrow down the possible identities of the substance and develop a more comprehensive identification scheme.
Water solubility can also be used in conjunction with other analytical techniques, such as melting point determination, spectral analysis, and chromatography, to build a more complete picture of the substance's properties and identity.
To know more about Water solubility, click here:
https://brainly.com/question/31393162
#SPJ11
daily high temperature in a local community collected over a 30-day time period is an example of cross-sectional data. T/F ?
The daily high temperature in a local community collected over a 30-day time period is an example of time-series data, not cross-sectional data. Time-series data is a type of data that is collected over time, where the same variable is measured at regular intervals. In this case, the variable is the daily high temperature, which is measured over a 30-day time period.
Cross-sectional data, on the other hand, is a type of data that is collected at a single point in time and typically involves different variables measured across different individuals, groups, or geographic areas. An example of cross-sectional data would be a survey of individuals in a local community that measures variables such as age, gender, education, and income. So, the given statement is False.
To read more about Cross-Sectional Data click here
https://brainly.com/question/30363831
#SPJ11
what event preceded the rampant use of steroids in major league baseball?
Answer: the baseball players' strike **Please mark**
Explanation:
what type of islands are new zealand, tasmania, and new guinea?
New Zealand, Tasmania, and New Guinea are all considered to be continental islands.
Continental islands, also known as land islands or platform islands, are islands that were once connected to a larger landmass but became separated due to geological processes such as rising sea levels or tectonic movements. These islands are formed by the same processes that shape continents, such as the shifting of tectonic plates and volcanic activity.
Unlike oceanic islands, which are formed by volcanic activity or coral reefs, continental islands are usually larger in size and located relatively close to the mainland. They are typically found on continental shelves, which are submerged areas of continents that extend into the ocean. As the sea level rose or the landmass sank, these areas became isolated and formed separate islands.
This means that they were once connected to larger land masses (Australia and Antarctica) but became isolated due to geological processes such as sea level rise and tectonic activity.
New Zealand, Tasmania, and New Guinea are all examples of islands. Specifically, they are classified as continental islands. These islands are formed as a result of the separation of land masses due to geological processes such as tectonic plate movements and erosion.
For more such questions on continental islands , Visit:
https://brainly.com/question/14520441
#SPJ11
sand ripples: a. decrease in width as you approach shore and run perpendicular to shore b. increase in width as you approach shore and run perpendicular to shore c. increase in width as you approach shore and run parallel to shore d. decrease in width (are steeper) as you approach shore and run parallel to shore
Sand waves narrow as they approach the shore and run perpendicular to the shore .
Option a is correct .
As the waves approach the shore, sediment particles (such as sand) are carried to the shore. As the waves break and approach shallow water, energy is lost, reducing wave height and speed. As a result, the ability of waves to carry sediment is reduced.
A decrease in wave energy near the shore leads to a decrease in sediment transport capacity. As a result, sediment particles begin to settle out of the water column. Settling particles are affected by gravity, wave-induced currents, and coastal embankment geometry.
Hence, Option a is correct .
To know more about sand ripples visit :
https://brainly.com/question/14613249
#SPJ4
What happens to the flow of ocean water off the South American coast under El Niño conditions?
a. Weaker trade winds cause warm surface water to flow eastward toward the coast, pushing the normally cool surface water downward.
b. Air currents moving westward cause cold water from the ocean's bottom on South America's west coast to be drawn up to the surface in a process called upwelling.
c. Cold Arctic water flows into the waters off the east coast of South America, shocking and killing fish.
d. Warm Caribbean water flows into the waters off the west coast of South America, causing dissolved oxygen levels to decline, and killing fish.
e. Polluted water from the Gulf of Mexico enters the waters around the Caribbean islands, killing coral reefs.
Weaker trade winds cause warm surface water to flow eastward toward the coast, pushing the normally cool surface water downward, happens to South American coast under El Niño conditions. Option A is the correct answer.
El Niño causes a decline in the trade winds. Warm water rushes from the east to the west coast of the Americas. El Niño means to Little Boy in Spanish. Fishermen in South America knew there were areas of the Pacific Ocean that were unusually warm in the 1600s. Because it often peaks in December, they referred to it by its full name, El Niño de Navidad. Option A is the correct answer.
Our weather is significantly impacted by El Niño. The warmer waters cause the Pacific jet stream to diverge south of its normal position. This shift is causing the weather to be warmer and drier than usual throughout the northern United States and Canada. However, the Southeast and Gulf Coast regions of the United States are seeing greater flooding at this moment due to the unusually rainy weather.
Learn more about El Niño here:
https://brainly.com/question/6869165
#SPJ4
although climate greatly influences the natural vegetation of a region, it has little impact upon the soils of a region. T/F?
The statement "although climate greatly influences the natural vegetation of a region, it has little impact upon the soils of a region." is true.
Climate does play a role in soil formation, but there are other factors that have a more significant impact on soil development, such as parent material, topography, organisms, and time.
While climate affects vegetation growth and contributes to the organic matter found in soil, it is not the primary determinant of soil characteristics.
Parent material, for example, influences the mineral composition of soil, while topography and organisms shape the soil structure. The combination of these factors, along with time, ultimately defines the unique properties of a region's soil.
To know more about topography click on below link:
https://brainly.com/question/1167881#
#SPJ11
How are astronomers able to determine information about the chemical composition of an exoplanet's atmosphere?
a By measuring the amount of redshift and blueshift present in a planet's light, astronomers are able to identify the relative density of the planet, and then identify the elements it contains.
b Atmospheric data is one aspect of exoplanets that astronomers have not yet been able to measure.
c By measuring changes in the spectrum of a star during an exoplanet transit, astronomers may sometimes measure stronger absorption lines than from the star alone. These absorption lines can be used to infer the chemical composition of the planet's atmosphere.
d By measuring light that planets emit, astronomers are able to identify the chemical composition of an atmosphere by looking at specific emission lines.
true/false. in group decision making, a virtual team is one that meets in one geographical location using information technology.
This statement is False. In group decision making, a virtual team is a group of individuals who work together from different geographical locations using information technology to communicate and collaborate. This type of team allows for a wider range of perspectives and expertise from different regions, as well as flexibility in scheduling and work arrangements.
Virtual teams can be found in various industries, including technology, healthcare, and education. With advancements in technology, virtual teams have become increasingly common and have proven to be a successful way to achieve goals and objectives. Therefore, it is important to recognize the benefits of virtual teams and leverage technology to facilitate effective communication and collaboration among team members.
False. In group decision making, a virtual team is not one that meets in one geographical location using information technology. Instead, a virtual team consists of members who collaborate and communicate primarily through technology, often from various geographical locations. These members work together remotely, utilizing tools such as email, video conferencing, and instant messaging to achieve their goals and complete tasks. Virtual teams allow for greater flexibility and access to a diverse range of skills and expertise, as members are not limited by their physical location.
To know more about Geographical visit:
https://brainly.com/question/30225028
#SPJ11
FILL IN THE BLANK. chemically, the process leading to life on earth began with lots of liquid water and ____
chemically, the process leading to life on earth began with lots of liquid water and organic molecules.
The process leading to life on Earth is believed to have started with the presence of liquid water and the formation of organic molecules.
Liquid water is crucial for the development of life because it provides a medium for chemical reactions to occur. It acts as a solvent, allowing various substances to dissolve and interact with each other. This is important because many chemical reactions that are essential for life, such as the formation of complex molecules, occur in an aqueous environment.
Organic molecules are carbon-based compounds that are essential building blocks for life as we know it. These molecules can range from simple compounds like methane and ammonia to more complex ones like amino acids, nucleotides, and sugars. Organic molecules are the fundamental components of proteins, DNA, RNA, and carbohydrates, which are all vital for life's processes.
On early Earth, the conditions were conducive to the formation of organic molecules. Several natural processes, such as lightning, volcanic activity, and ultraviolet radiation from the sun, played a role in generating these organic compounds. These processes could have taken place in the Earth's atmosphere, oceans, or even in shallow pools of water on the surface.
Once these organic molecules were formed, they could have undergone further chemical reactions, such as polymerization, where smaller molecules join together to form larger, more complex molecules. Over time, this could have led to the creation of more intricate structures, including the formation of self-replicating molecules, which are thought to be the precursors to life.
The presence of liquid water and the availability of organic molecules provided the necessary chemical environment for the emergence and evolution of early life forms on Earth. Through a combination of chance and natural selection, these simple life forms eventually gave rise to the complex array of organisms that inhabit our planet today.
For more such questions on life , Visit:
https://brainly.com/question/19141495
#SPJ11
why couldn't you stand on the sun's surface?
You couldn't stand on the Sun's surface because it is extremely hot and the gravity is incredibly strong.
The Sun's surface, also known as the photosphere, has a temperature of about 5,500 degrees Celsius (9,932 degrees Fahrenheit). This is hot enough to vaporize most known materials, including metals. If you were to stand on the Sun's surface, you would be instantly vaporized and destroyed.
In addition to the extreme heat, the gravity on the Sun's surface is also incredibly strong. The Sun is a massive star, with a diameter of about 1.4 million kilometers (870,000 miles) and a mass of about 333,000 times that of Earth. This means that the force of gravity on the Sun's surface is about 28 times stronger than on Earth. If you were somehow able to survive the extreme heat, you would be crushed by the intense gravity.
Therefore, it is not possible for humans or any known form of life to stand on the surface of the Sun.
To read more about Sun click here
https://brainly.com/question/31154160
#SPJ11
secondary waves can travel through all areas of earth except the
Secondary waves can travel through all areas of the earth except the Outer core. Thus the correct option is A.
Secondary waves move through the Earth's mantle which is referred to as a layer of hot, semi-solid rock located between the core and the crust They are caused by the movement of tectonic plates and can generate earthquakes and volcanic eruptions.
The outer core is a liquid layer of molten iron and nickel that surrounds the solid inner core. It is hotter and more fluid than the mantle, and its movement is not well understood.
Therefore, option A is appropriate.
Learn more about Secondary waves, here:
https://brainly.com/question/18900451
#SPJ1
The complete question is Probably
secondary waves can travel through all areas of the earth except the
Outer core
surface
inner core
mantle
which requirement must a celestial object meet to be classified as a planet?
To be classified as a planet, a celestial object must meet the following three requirements is 1)It must orbit the Sun 2) It must have round shape 3) It must clear its orbit.
To be classified as a planet, a celestial object must meet the following three requirements is :
1. It must orbit the Sun. This means that the celestial object's path revolves around the Sun in a regular, elliptical pattern.
2. It must have enough mass to assume a nearly round shape. This is due to the object's gravity, which pulls the mass inward and causes it to take on a roughly spherical shape.
3. It must clear its orbit of other debris. This means that the object has to be the dominant gravitational force in its orbit, removing or capturing smaller objects that come near it.
These criteria were established by the International Astronomical Union in 2006 to define what constitutes a planet in our solar system.
To learn more about celestial object
https://brainly.com/question/18193521
#SPJ11
All the following are considered proxy data for measuring global warming EXCEPT: sea surface temperatures. tree rings. ice cores.
The given statement-''All the following are considered proxy data for measuring global warming EXCEPT: sea surface temperatures. tree rings. ice cores'' is False.
Sea surface temperatures, tree rings, and ice cores are all considered proxy data for measuring global warming. These sources provide valuable information about past climate conditions and changes over time, which helps scientists understand and study global warming patterns.
Sea surface temperatures are measured using instruments such as buoys and satellite-based sensors. They provide direct measurements of the temperature of the ocean's surface, which is a key indicator of global warming.
Tree rings, or dendrochronology, are used to analyze the growth patterns of trees. The width and characteristics of tree rings can provide insights into past climate conditions, including temperature variations, which can be used as proxy data for studying global warming.
Ice cores, obtained by drilling into ice sheets or glaciers, contain layers of ice that represent past climate conditions. Analysis of gases, isotopes, and other substances trapped in the ice cores can provide information about temperature changes and greenhouse gas concentrations, serving as important proxy data for studying global warming.
Therefore, sea surface temperatures, tree rings, and ice cores are all recognized as valuable proxy data for measuring global warming.
To know more about global warming refer to-
https://brainly.com/question/3553382
#SPJ11
How did tropical cyclone eloise effect the economy positively
After a cyclone, large-scale reconstruction and reconstruction of damaged infrastructure such as buildings, roads, bridges and power lines is often required. This could lead to an increase in economic activity in the construction sector as funds are allocated for reconstruction. The inflow of investment and job opportunities created can have a positive impact on the local economy.
Cyclone Eloise, which made landfall in southeastern Africa, including Mozambique, Zimbabwe and South Africa in January 2021, had mainly negative economic impacts due to its devastating nature. However, it is possible to identify limited positive impacts after the cyclone in certain sectors. Possible positive effects are:
After a cyclone, demand for goods and services needed for relief efforts usually increases. This could lead to temporary increases in sectors such as building materials, transportation, logistics and emergency supplies.
To know more about tropical cyclone visit :
https://brainly.com/question/26832152
#SPJ4
do hurricanes die when the coriolis force is not sufficient to sustain them over land.
Yes, hurricanes can die when the Coriolis force is insufficient to sustain them over land. The main reason is due to the loss of energy from warm ocean waters and increased friction over land.
The Coriolis force plays a significant role in maintaining the rotation and structure of hurricanes. When a hurricane moves over land, it loses its primary source of energy, which is the warm ocean waters.
This loss of energy weakens the storm, leading to a decrease in wind speeds. Additionally, the increased surface friction over land disrupts the hurricane's circulation and prevents it from sustaining its intensity.
Moreover, the Coriolis force is responsible for the curvature of winds around the hurricane's low-pressure center. When this force is insufficient, it can lead to the collapse of the storm's structure, further contributing to its dissipation.
In summary, a combination of factors, including the loss of warm ocean waters, increased friction, and insufficient Coriolis force, can lead to the demise of a hurricane when it moves over land.
To know more about Coriolis force click on below link:
https://brainly.com/question/31959410#
#SPJ11
the specific religious tradition that had the greatest effect on folk tradition was:
A. Muslim
B. Jewish
C. Catholic
D. Protestant
The specific religious tradition that had the greatest effect on folk tradition was Catholic. Hence, the correct option is C.
Catholicism has had a significant influence on folk tradition in many parts of the world, particularly in countries with a strong Catholic heritage such as Spain, Italy, Portugal, and Latin America. Catholicism's emphasis on the veneration of saints, the use of religious icons and imagery, and the celebration of religious festivals and holidays provided a rich source of inspiration for folk art, music, and storytelling. Many Catholic traditions were also adapted to incorporate elements of local folk culture, resulting in unique syncretic traditions that combined elements of Catholicism with indigenous beliefs and practices. The Catholic Church's strong institutional presence and influence also played a role in shaping folk culture, particularly in rural areas where the Church was often a central part of community life. Therefore, the statement that the specific religious tradition that had the greatest effect on folk tradition was Catholic is correct.
To learn more about Catholic, click here:
https://brainly.com/question/583336
#SPJ11
What causes magnetic stripes on the seafloor, such as those shown here? Magma A. Volcanic rocks in oceanic crust are covered by a variable thickness of sediment. B. Some oceanic crust consists of volcanic rocks and some is composed of sediment. C. Sometimes Earth's magnetic field points north and sometimes it points south. D. Some volcanic rocks are formed in normal ways and others have pillows.
Volcanic rocks in oceanic crust are covered by a variable thickness of sediment causes magnetic stripes on the seafloor.
The magnetic field that surrounds the Earth is created by the iron core's spinning. However, because the liquid iron is always flowing and moving, the magnetic field is constantly shifting, generally by very small amounts. The magnetic minerals in volcanic rocks are impacted by the planet's magnetic field when new igneous rocks are created by the cooling of magma underground or as lava on the surface. Numerous species utilize this magnetic signature in the rock to locate suitable breeding and migrating grounds.
The following is how magnetic stripes are created. All the magnetic minerals have a tendency to align with the current magnetic field as the new crust arises because oceanic crust is continually created at mid-ocean ridges, as if it were being ejected from a conveyor belt. Thus, the marine crust preserves a record of the times and durations during which the Earth's magnetic field was "normal," as well as the times and durations during which it was "reversed."
Option A is the correct answer.
Learn more about Magnetic Stripes here:
https://brainly.com/question/29791224
#SPJ4
Combining a +3 diopter lens and a -2 diopter lens will result in a... A. Convex lens B. Concave lens C. +5 lens D. lenses cannot be combined in this way
Combining a +3 diopter lens and a -2 diopter lens will result in a C. +1 diopter lens.
The two lenses can be combined by adding their diopter values together (+3 and -2), resulting in a net diopter value of +1, which indicates a convex lens.
A diopter is a unit of measurement used to express the optical power of a lens. It is defined as the reciprocal of the focal length of the lens in meters. A lens with a higher diopter value has a stronger optical power and is able to refract light more strongly than a lens with a lower diopter value.
When two lenses with different diopter values are combined, their optical powers add up. If the lenses have the same sign (+ or -), the resulting lens will have a diopter value equal to the sum of the two original diopter values.
However, if the lenses have opposite signs, their diopter values will be subtracted from each other.
In the case of combining a +3 diopter lens and a -2 diopter lens, the two lenses have opposite signs, so their diopter values will be subtracted from each other.
Therefore, +3 diopters minus -2 diopters equals +5 diopters. This result indicates that the combined lens will have a positive diopter value, which means it will be a convex lens.
To learn more about lens, refer below:
https://brainly.com/question/29834071
#SPJ11
the final element produced by fusion in a massive star before it dies is
The final element produced by fusion in a massive star before it dies is iron. The right answer is D.
The simplest and lightest elements are produced by a star's typical processes, which include burning at temperatures of thousands of degrees and shining brilliantly. The development of heavier elements necessitates more hostile settings, which are typically initiated by the death of a star. When a star's core runs out of hydrogen, it starts to fuse helium to create ever heavier elements, such carbon and iron.
The star either erupts into a supernova as its fuel runs out, releasing those elements into space, or it violently collapses, forming neutron stars and black holes. The heavier elements are created in such ferocious implosions, star collisions, and the harsh environs around black holes, and they are then dispersed far over interstellar space.
The correct answer is option D.
Know more about star here
https://brainly.com/question/1464817
#SPJ4
The question seems incomplete. The complete question is:
The final element produced by fusion in a massive star before it dies is
A. carbon
B. oxygen
C. silicon
D. iron
Which of the following process map symbols signifies a process within a process?
a. Arrow
b. Circle
c. Rectangle
d. Diamond
e. Octagon
f. Terminator
g. Triangle
h. D-shaped symbol
i. Rectangle inside of a rectangle
Rectangle inside of a rectangle signifies a process within a process in process map symbols.
The process map is a tool which visually displays a process's components, steps, and outcomes in the form of simple, step-by-step process diagram. Process mapping is used to explain processes to team members and those involved in them. Process within a process is visually represented by a rectangle.
A process map is a visual depiction that includes details of how activities are carried out. The participants benefit from being able to observe the process's finer points up close, and this aids in their decision-making. The main areas of the process's strengths and weaknesses may be determined, including how each stage contributes to the overall result. Rectangular in shape, the Process shape symbolizes a procedure, action, or operation.
Option I is the correct answer.
Learn more about Map Symbols here:
https://brainly.com/question/13375488
#SPJ4
In what setting does the thickest sediment accumulate in the oceans?
A. mid-ocean ridges in any location in the ocean
B. abyssal plain in the middle of the ocean
C. oceanic trenches in the middle of the ocean
D. continental shelves and slopes along passive margins
In continental shelves and slopes along passive margins does the thickest sediment accumulate in the oceans. The right answer is D.
Deposits of insoluble materials that have collected on the ocean floor are known as marine or ocean sediment. Near the continental margins, where they can reach a thickness of nearly 10 km, marine sediments are the thickest. This is because there is a lot of terrigenous sediment intake coming from the continents and the crust along passive continental margins is frequently quite old, allowing for a long time of accumulation.
Sediments are thinner along mid-ocean ridge systems wherein fresh oceanic crust is forming because they haven't had as much time to build up on the younger crust. Sediments are gradually thicker as one moves away from a ridge spreading centre.
The correct answer is option D.
Know more about ocean sediment here
https://brainly.com/question/8898461
#SPJ4
With a geographically dispersed team, it's essential for members to unite around a common purpose. Everyone must agree to the team's goals. Creating a team charter is an excellent way to achieve this. A team charter is a "roadmap" for your team.
A team charter is a vital tool for a geographically dispersed team to align around a common purpose. It sets clear expectations and defines the roles and responsibilities of each team member.
The charter outlines the team's mission, objectives, and goals, ensuring that everyone is on the same page. It also helps establish guidelines for communication, decision-making, and conflict resolution. A team charter typically includes several key components. The first is the team's purpose or mission statement, which explains why the team exists and what it hopes to achieve. The next component is the team's goals and objectives, which provide a clear picture of what the team hopes to accomplish. It's important to make these goals specific, measurable, achievable, relevant, and time-bound (SMART) to ensure everyone understands what they are working towards.
The team charter also outlines the team's values, norms, and expectations, including guidelines for communication, decision-making, and conflict resolution. It can also include information on how the team will measure success and track progress towards its goals. Finally, the team charter should include a section on roles and responsibilities, outlining what each team member is expected to do and what their contribution will be to achieving the team's goals.
To know more about geographically visit :
https://brainly.com/question/30067270
#SPJ11
in the early years of the industrial revolution, multistory factories were constructed in the countryside because of the availability of cheap land. T/F
This statement is false. In the early years of the industrial revolution, multistory factories were constructed in urban areas rather than the countryside.
The availability of cheap land was not the primary consideration for factory owners, but rather the proximity to sources of labor, transportation networks, and raw materials. Urban areas had a greater concentration of workers and were located near navigable waterways, which provided a cheap means of transporting goods to markets. The construction of multistory factories also allowed manufacturers to maximize their use of limited urban land space. Therefore, the statement that multistory factories were constructed in the countryside because of the availability of cheap land is incorrect.
To learn more about industrial revolution, click here:
https://brainly.com/question/855594
#SPJ11
what happens to the 18o/16o ratio in the oceans during cold climate periods?
During cold climate periods, the 18O/16O ratio in the oceans increases.
Oxygen exists in nature in two stable isotopes: 18O and 16O. The 18O/16O ratio in the oceans is determined by various factors, including temperature, precipitation, and evaporation. During cold climate periods, such as ice ages, there is increased glaciation, which leads to a decrease in sea level and a corresponding increase in the 18O/16O ratio in the oceans.
This is because the heavier 18O isotope is preferentially removed from the oceans through evaporation, leaving behind a higher concentration of the lighter 16O isotope. By analyzing the ratio of these isotopes in sediment cores from the ocean floor, scientists can reconstruct past climate changes and better understand the Earth's climate system.
To know more about cold climate, click here.
https://brainly.com/question/10440860
#SPJ4
which of the following would make the best aquifer? choose one: a. sandy beach deposits b. clay and shale lake deposits
Clay and shale lake deposits would make the best aquifer compared to sandy beach deposits.
An aquifer is a layer of permeable rock, sediment, or soil that can absorb, store, and transmit groundwater. The best aquifer material is one that is highly permeable, allowing water to flow through it easily, while also having good porosity, which refers to the amount of space between individual particles that can hold water. Clay and shale deposits have low permeability but high porosity, which means that they can hold a significant amount of water and release it slowly over time. In contrast, sandy beach deposits have high permeability but low porosity, which means that they can allow water to flow through them quickly but do not hold as much water.
Therefore, clay and shale lake deposits are better suited to serve as an aquifer as they can retain and slowly release water to wells, springs, and other groundwater sources.
To know more about aquifer, click here:
https://brainly.com/question/30062642
#SPJ11
Full question:
Which of the following would make the best aquifer?
A. Vesicular Basalt
B. Unfractured Granite
C. Sandy Beach Deposits
D. Clay and Shale Lake Deposits.
