Answer:
1) 100 ...unb. and accelerate
2) 7...unb. and accelerate
Answer: 39.08664m
Normal free fall:
2s = 19.6133m/s
1s = 9.08665m/s
Assuming there's no air resistance:
The first second of the fall it will travel 15m
since the initial speed of the ball is 15m/s
this leaves us with 1 second, however by the time the ball ha traveled 1 second it will be accelerated by the force of gravity (9.08665)
15 + 9.08665 = 24.08665
We're already travelled 15m
and now 24.08665 will be covered in
the last second.
24.08665 + 15 = 39.08664m
-/
if we're gonna be technical:
a coins terminal velocity is only roughly around 19km/s so it wouldn't even travel much
(a brainliest would be appreciated)
That is called the "Revolution Period of a planet" and one year on Jupiter equals to 4300 days as compared to Earth
In short, Your Answer would be 4300
Hope this helps!
Answer:
0.64 s
Explanation:
<em>d</em> is displacement on the y-axis.
<em>g</em> is gravity.
Assuming we're on Earth, <em>g</em> is
The arrow starts 2 m off the floor, and will assumingly land on the ground at
0 m, so <em>d</em> then is 2 m.