Question

1. climate is:

a. the short - term conditions in a specific location.
b. the long - term average of weather patterns in a particular region.
c. the daily change in temperature and precipitation.
d. the immediate state of the weather at any given moment.

1. which of the following is true ab cell?

a. it is located near the equator and forms the trade winds.
b. air sinks & flows away from the poles, which creates areas of high pressure with dry air and little precipitation.
c. rising warm air at the poles creates areas of low pressure and heavy precipitation.
d. the polar cell brings moist air from the poles, making polar regions lush and rainy.
test

1. without the sun, which of the following would happen to the water cycle:

a. evaporation would continue, powered by earth’s internal heat.
b. condensation would increase leading to complete cloud coverage of the planet.
evaporation would stop completely, leading to the collapse of the water cycle.
evaporation would happen faster due to absence of sunlight.

1. evapo - transpiration is:

a. the process by which plants absorb from the atmosphere.
b. what happens when water soaks ground and is absorbed by plant roots.
c. the sweating of plants plus the is evaporated from the surface of the
d. the process by which plants t carbon dioxide through their leaves.
are runoff and infiltration related?
off and infiltration are opposite

1. water falls as rain on the ope is an example of what process?

a precipitation

Explanation:

Question 11

To determine the correct definition of climate, we analyze each option:

• Option A describes short - term conditions, which is weather, not climate.
• Option B: Climate is defined as the long - term average of weather patterns in a particular region. This matches the scientific definition of climate.
• Option C: The daily change in temperature and precipitation is part of daily weather, not climate.
• Option D: The immediate state of the weather at any given moment is weather, not climate.

We analyze each option about the Cell (presumably a circulation cell like Hadley, Ferrel, or Polar cell):

• Option A: The area near the equator with trade winds is related to the Hadley cell, but the description of the cell's characteristics here is incorrect. The Hadley cell has rising air near the equator.
• Option B: In a circulation cell (e.g., the subtropical high - pressure areas related to Ferrel or Hadley cells), air sinks and flows away from the poles (or from high - pressure areas), creating areas of high pressure with dry air and little precipitation. This is consistent with the behavior of air in pressure systems and circulation cells.
• Option C: Rising warm air at the poles is incorrect. The poles are cold, and air sinks there in the Polar cell.
• Option D: The Polar cell has cold, dry air, and the polar regions are not lush and rainy. So this option is incorrect.

The sun is the main source of energy for evaporation in the water cycle.

• Option A: Earth's internal heat is not the main driver of evaporation in the water cycle. Evaporation is mainly driven by solar energy.
• Option B: Condensation is related to cooling of air, and without evaporation (due to no sun), condensation would not increase to cause complete cloud coverage.
• Option C: Since the sun provides the energy for evaporation, without the sun, evaporation would stop completely, and the water cycle (which relies on evaporation, condensation, precipitation, etc.) would collapse.
• Option D: Without sunlight, evaporation would not happen faster; in fact, it would stop.

Answer:

B. the long - term average of weather patterns in a particular region.

Question 12