Question

1. what is the cause of wind circulation patterns? a the speed of the earth spinning b the difference in temperature across the earth c the movement of jet streams d the occurrence of thunder and lightning 2. this passage sequences how circular systems of weather are created. what happens after hot, humid air near the equator rises? a the hot, humid air becomes a tornado. b the hot, humid air sinks closer to the ground. c the hot, humid air travels either north or south. d the hot, humid air travels either east or west. 3. read the following sentences: “at the equator, the imaginary line circling the earth midway between the north and south poles, the air is very hot from solar radiation. the heat releases moisture from plants and bodies of water that results in humidity.” the word “solar” is used to describe something related to the sun. what can be concluded about the sun based on this information? a the sun does not affect the earth. b the sun impacts the earth’s weather. c the sun has a very limited effect on the earth’s weather systems. d the earth affects the radiation of the sun. 4. based on the information in the passage, what can be concluded about the weather during high - pressure systems? a it is always raining during high - pressure systems. b it is always sunny during high - pressure systems. c thunderstorms are unlikely during high - pressure systems. d thunderstorms are very likely during high - pressure systems. readworks.org the solution to reading comprehension

Explanation:

1. Wind circulation is caused by differences in temperature. Warmer air rises and cooler air moves in to replace it, creating wind patterns.
2. After hot, humid air near the equator rises, it travels either north or south. This is part of the global air - circulation patterns.
3. The text mentions that at the equator, air is hot from solar radiation and that this heat releases moisture. This shows that the sun impacts the Earth's weather.
4. High - pressure systems are generally associated with clear and calm weather, so thunderstorms are unlikely.

Answer:

1. B. the difference in temperature across the Earth
2. C. The hot, humid air travels either north or south.
3. B. The sun impacts the Earth’s weather.
4. C. Thunderstorms are unlikely during high - pressure systems.