<u>Answer</u>:
The universal law of gravitation also states that the larger the object, the greater the force of gravity exerted by that object. The sun is much larger than the moon, yet it is gravitational pull from the moon that has the most effect on the surface waters of earth. This Occurs because the strength of the force of gravity is affected by the distance between the two objects. Since the moon is much closer to the earth than the sun, the Moon’s gravitational force has a greater effect on the ocean tides. The gravitational pull from the earth does have some effect on ocean tides especially in the formation of spring and high tides
The combination of the daily rotation of the earth and the 27.3 day revolution of the moon around the earth results in a predictable pattern of rising and falling tides or spring and the low tides. High tides occurs on the part of earth located in a direction line with the lunar while low tides occurs in water located at right angles to the direct line of the moon. Since the occurrence of the tides is a result of the position of the neap relative to the earth , a schedule of when high tides and low tides will occur can be predated using the cycle
The gravitational pull of the moon.
See, if the moon is facing a certain side of the Earth, the ocean that the moon is facing(and the one on the complete opposite side) will affect the water tides, calling it a High Tide.
For example, if the moon is near the East side of the Earth, the ocean on the East AND West will be high tides. The North and South oceans will be Low Tides. And vise versa. (That example was supposed to be like a diagram)
(I tried. Sorry)
I would choose D as they both have weather greatly effected by mountain ranges although A my seem like the answer some southern regions of the Midwest are very hot.
The Greeks spread their culture through trade over the Mediterranean Sea. this spread of ideas and culture is called cultural diffusion.
Answer:
Interrupted Maps
Explanation:
Interrupted world maps divide the globe's surface into a number of gores along the equator and apply a projection to each segment independently.
