Answer:
One situation could be when someone is sitting in a car that is travelling at a constant speed of 150mph
Explanation:
Let’s review the terms:
Velocity: the speed of something in a given direction
Acceleration: increase in the rate or speed of something
The car is travelling at a high speed but the speed is constant, so it isn’t increasing. In other words, the car the person is sitting in is travelling in in a high velocity but with no/low acceleration.
I hope this helps! Please comment if you have any questions.
Das is from my star nerd bro schwarzschildradius
our sun is actually a dwarf star
some dwarf stars are larger than our sun
some dwarf stars are smaller than our sun
so there is actually no differnce between the sun an a dwarf star
The correct answer is
<span>A) 0 m
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In fact, the displacement is a vectorial quantity that corresponds to the difference between the initial and the final position of an object in motion. In this problem, the final position of the ball is equal to its initial position (because the ball returns back to where it was launched), so the displacement of the ball is zero.
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The motion would not move at all, because the forces that are acting on it are equal and are acting in opposite directions
Answer:
Both the Earth and the moon are always half illuminated by the sun. But from either world, at any given time, you can see varying portions of that lighted half – or various phases of the Earth or moon. ... Instead, from a given point on the moon's near side, you'd always see Earth hanging in your sky.
Explanation:
