Answer:
Ohm's lawaces that are not moving past each other.
Explanation:
I think...
Let Me Know If It's In fact Correct
These images were taken from a satellite above western Brazil. Figure 1 shows a Brazilian forest in the year 2000. Figure 2 shows the same area in 2012. The light-colored areas are bare land with few trees. The dark-colored areas are thick forests. On figure 2, choose the areas where soil erosion is likely to occur.
Answer:
2
Explanation: the grass and soil is the most botherd
The areas where soil erosion is likely to occur is 2.
What is meant by soil erosion ?Soil erosion is defined as phenomenon by which the soil is detached from the land and resulting in the deterioration of the soil.
Here,
The soil erosion occurs due to the impacts of water and wind on the soil, that is because of heavy wind and rain, soil is removed away.
Also the over utilization of land for farming can also cause soil vulnerable for erosion.
In the areas were more trees are present, the soil is held firmly on the land with the help of the root of these trees.
Therefore, we can say that land areas having only fewer amount of trees are more vulnerable to soil erosion. The area 2 shows the presence of very lesser trees.
Hence,
The areas where soil erosion is likely to occur is 2.
To learn more about soil erosion, click:
https://brainly.com/question/29091356
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On any particular night of the year, people in the Southern Hemisphere and people in the Northern Hemisphere can see
A.
all of the stars.
B.
no stars.
C.
the same stars.
D.
different stars.
On any particular night of the year:
Individuals in the northern and southern Hemispheres can see SOME of the same stars, but not all. The amount of "overlap" in their views depends on how far from the equator the farther one is.No matter where they're located, they BOTH always see the "equator of the other one's sky, but neither of them can ever see the "pole" of the other one's sky. Apart from the "overlap", each of them sees some stars that the other one can't see.//based on the figure describe the path of a carbon atom shown in green through the process of cellular respiration?\\
I can't figure this out for the life of me please HELP
Answer:
The carbon atom starts out as part of glucose. During cellular respiration, glucose is broken down into smaller carbon molecules. Eventually, the carbon atoms are released into the atmosphere in carbon dioxide.
Explanation:
When Deshawn returned to his experiment, he observed these results. Six bottles labeled from 1 to 6 with their opening holes covered by balloons. Balloons on second and fourth bottles are inflated. Part A Describe what you see in the results. Space used Part B Did your predictions match your results? Explain why or why not.
Answer:
Vinegar and baking soda.
Explanation:
That's all I got.. i dunno the full question so like-
Which of the following statements correctly describes the appearance of stars?
A.
Each night, stars travel across the sky from west to east.
B.
Spinning of the Earth on its axis causes the stars to look as if they are moving.
C.
Each pattern of stars can be seen all year round from the same place on Earth.
D.
All patterns of stars are visible only one night each year.
Answer: B
Explanation:
Spinning of the Earth on its axis causes the stars to look as if they are moving.
Answer:B.
Explanation:
Spinning of the Earth on its axis causes the stars to look as if they are moving.
Why can work be thought of as the transfer of energy?
I do not like science
Part #1: is a nonmoving ball on a ramp a example of... Elastic potential energy Gravitational potential energy Chemical energy Kinetic energy.
Part #2: What is the correct statement.
Kinetic energy converted to potential energy when the ball started moving down the ramp.
Potential energy converted to kinetic energy when the ball started moving down the ramp.
Energy was destroyed as the ball came to a stop.
Energy was created when the ball began moving down the ramp.
Answers:
Part One: Elastic Potential Energy
Part Two: Potential energy converted to kinetic energy when the ball started moving down the ramp.
Explanation:
Part One: The ball is not moving, therefore there is no Kinetic energy. The ball does not involve chemicals, so there is no Chemical Energy. By the process of elimination, you'll gather that there is potential energy to be had.
Part Two: Remember when we talked about the ball being still, and not moving? Well here's where it does. The potential energy has now turned into kinetic energy as it begins to roll down the ramp. The steeper the ramp the faster the kinetic energy will build.
I hope this helps!