Hey the answer is D. i used to be a teacher mrs quinn is my name but anyways we had the same problem in our class what grade are you in? <span>but anyways thanks for letting me help you!
</span>5 lb. 10 oz. − 3 lb. 1 oz. = <span> lb. </span><span> oz.</span>
<u>Answer:</u> True
<em>The edge that the Sun's beams strike an area of Earth decides the measure of warmth moved</em>
<u>Explanation:</u>
<em>At the point when the sun's beams strike Earth's surface close to the equator, </em>the approaching sun based radiation is more straightforward (about opposite or more like a 90˚ edge).
Thusly, the sunlight based radiation is thought over a<em> littler surface region, causing hotter temperatures. </em>
<em>The point of approaching sun powered radiation impacts occasional temperatures of areas at various scopes. </em>
I think it's recreational activities, method of transportation, and choice of occupation. So all of the above. Why? So lets start with recreational activities. Earth's physical form depends of if people want to go fishing, hiking, hiking, etc. Method of transportation. We need to have smooth ground to bike or drive on. A highway isn't going to be in the middle of the mountain. We need to have a good solid surface. Choice of occupation. Earth has a physical feature of like I said, mountains, plains, oceans, etc. We want to live in a place that has good resources, and good weather. All of these things depend on physical features of Earth.
<h3>
Answer: Choice (4) in the bottom right corner</h3>
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Explanation:
The sun warms up the land and the air adjacent to the land. The earth/rocks aren't a very good heatsink compared to the water, so effectively the heat energy bounces off the land and into the air. The land-adjacent air is heated much quicker compared to the water-adjacent air. The warm air over the land rises because the air particles are more energetic to bounce around faster. The rising warm air spreads out not only vertically but also horizontally as the diagram shows.
As the warm air moves over the colder lake, the warm air cools down and sinks. The breeze from the lake moves toward the land, due to the pressure difference (wind moves from high pressure to low pressure), and this starts the process all over again.
All of this describes diagram (4) which is the final answer. This diagram is a very simplified view and actual weather patterns are much more complicated.
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Side notes:
- Choice (1) can be ruled out because the surface wind should flow from the water toward the land. Also, the lake acts like a heat sink, so not much heat energy will cause warm air to rise compared to air on the land (which isn't that great a heat sink).
- Choice (2) can be ruled out because warm air should rise, and not sink.
- Choice (3) can be ruled out because cool air doesn't rise.
