14. in land breeze air currents move from (land, water) to (land, water…
14. land; water 15. evaporation 16. Mountainside 17. The Coriolis effect is a deflection of moving air and water currents caused by the Earth's rotation, occurring across the glob…
Category: physicsUpdated: 2026-02-05
Question
in land breeze air currents move from (land, water) to (land, water)
coastal areas receive more rain and thunderstorms than the inland because of (evaporation, air pressure) filling up clouds.
where can you find more vegetation (near the shoreline, mountainside)?
what is the coriolis effect? (read the paragraph at the top of the page)
Solution Steps
Understand the question
in land breeze air currents move from (land, water) to (land, water)
coastal areas receive more rain and thunderstorms than the inland because of (evaporation, air pressure) filling up clouds.
where can you find more vegetation (near the shoreline, mountainside)?
what is the coriolis effect? (read the paragraph at the top of the page)
Brief Explanations
Land breezes occur at night when land cools faster than water, creating higher pressure over land, so air moves from land to water.
Coastal areas have more evaporation from nearby water, which adds moisture to air, forming clouds that produce rain/thunderstorms.
Mountainsides (windward slopes) receive more precipitation, supporting more vegetation than shorelines which have drier, salt-exposed conditions.
The Coriolis effect is a phenomenon caused by Earth's rotation that deflects moving air and water currents; it occurs globally, affecting large-scale winds and ocean currents, with a stronger effect near the poles and no effect at the equator.
Final answer
land; water
evaporation
Mountainside
The Coriolis effect is a deflection of moving air and water currents caused by the Earth's rotation, occurring across the globe (stronger near the poles, absent at the equator) that impacts large-scale atmospheric and oceanic motion.
Answer
Brief Explanations
Land breezes occur at night when land cools faster than water, creating higher pressure over land, so air moves from land to water.
Coastal areas have more evaporation from nearby water, which adds moisture to air, forming clouds that produce rain/thunderstorms.
Mountainsides (windward slopes) receive more precipitation, supporting more vegetation than shorelines which have drier, salt-exposed conditions.
The Coriolis effect is a phenomenon caused by Earth's rotation that deflects moving air and water currents; it occurs globally, affecting large-scale winds and ocean currents, with a stronger effect near the poles and no effect at the equator.
Answer
land; water
evaporation
Mountainside
The Coriolis effect is a deflection of moving air and water currents caused by the Earth's rotation, occurring across the globe (stronger near the poles, absent at the equator) that impacts large-scale atmospheric and oceanic motion.
Question Image
Click to enlarge
Question Analysis
Subject
natural science
Sub Subject
geography
Education Level
middle school
Difficulty
unspecified
Question Type
text only
Multi Question
No
Question Count
1
Analysis Status
completed
Analyzed At
2026-02-05T04:17:42
OCR Text
Show OCR extraction
14. in land breeze air currents move from (land, water) to (land, water)
15. coastal areas receive more rain and thunderstorms than the inland because of (evaporation, air pressure) filling up clouds.
16. where can you find more vegetation (near the shoreline, mountainside)?
17. what is the coriolis effect? (read the paragraph at the top of the page)
1. faster wear due to improper alignment and aggressive driving habits 2. A sudden, explosive, rapid loss of air pressure from a tire 3. opposite; other vehicles 4. It immediately…
- There will be more dark red kidney bean survivors. - There will be fewer light red kidney bean survivors. - There will be more dark red kidney bean offspring the next morning.
1. A stack of mail in a mailbox: New mail is placed on top, so older mail sits at the bottom, matching the "oldest at bottom, newest at top" rule of superposition. 2. (Whale examp…
1. The equation is dimensionally correct, as both sides have dimensions $LT^{-1}$. 2. The velocity equation is $v = k\sqrt{g\lambda}$ (where $k$ is a dimensionless constant). 3. D…
