Answer:
The captain would be able to read the stars to navigate a way back to their destination.
Explanation:
Hope this helps you as much as intended.
Answer: No
Explanation:
The Moon's gravitational forces are strong enough to disrupt this balance by accelerating the water towards the Moon. This causes the water to 'bulge.' As the Moon orbits our planet and as the Earth rotates, the bulge also moves. The areas of the Earth where the bulging occurs experience high tide, and the other areas are subject to a low tide.
Tides occur just over 12 hours apart and cannot be high tide all over at the same time.
Answer:
When the Moon is in the position shown below, how would the Moon look to an observer on the North Pole? The moon's rotational period is equal to its revolutional period around Earth. This statement is false because at night we see one side and during the day we see the opposite.
Explanation:
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