(1) The parallel force on the Jumper is 441.42 N.
(2) The weight of the person is heavier on Earth when compared to Mars by 610 N.
<h3>
Parallel force on the Jumper</h3>
The parallel force on the Jumper is determined from the parallel components of the weight of the jumper.
F = W x sinθ
F = (85 x 9.8) x sin32
F = 441.42 N
<h3>Weight of the person on Earth</h3>
W = mg
W = 100 x 9.8
W = 980 N
<h3>Weight of the person on Mars</h3>
W = mg
W = 100 x 3.7
W = 370 N
<h3>Difference between the weights</h3>
= 980 N - 370 N
= 610 N
Thus, the weight of the person is heavier on Earth when compared to Mars by 610 N.
Learn more about weight here: brainly.com/question/2337612
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Answer:
Heldi is right
Explanation:
It will not move even if more people or one person gets off it will stay the same til a force pushes down on it.
A car speeding down a 20 foot hill
Answer:
its obviously D if all the other says "incorrect answer" XD
Explanation:
Answer:
E = 3.049 N/C
Explanation:
Induced electric field = e/2 *(pi) *r
Induced electric field = e /(3.14 *19.5) - Eq (1)
e = (pi)r^2*B/t
= 3.14 * (19.5/2*100)^2 * 0.50 T/ 0.1
= 1.867 V
Substituting this value in equation 1, we get –
E = 1.867 V/(3.14 *19.5/100)
E = 3.049 N/C
