Joules, or the unit of work, is derived from the equation of Newton multiplied to distance. That is, the force applied to an object is multiplied to the distance it travelled when the force is applied to it. Thus, the formula of Joules would be Newton x distance. taken into their units, it would look like as J = N x d. Now in this problem, the missing variable would be distance since it is the distance that was asked. The given variables would be the force and the work done. What happens would be that the work done is divided by the force exerted to get the distance. So, 500 Newtons would be divided to 250 Joules. It would look like this
250 J / 500 N = ?m
the answer would be 0.5m
0.5m would be the distance that pertains as to how high she jumped.
Answer:
Distance between earth and sun, around 150 million km, is defined as one Astronomical Unit (AU). The radius of the Sun, Run is around 700,000 km. The orbital speed of Earth is around 30 km/s.
Explanation:
Yes yes multiply hurry up
Answer:
600 meters
Explanation:
There are 60s in 1 minute so
60s multiply to 10 equals to 600 meters
Answer:
The work done is, w = 6 x 10² J
Explanation:
Given,
The angle of the incline, ∅ = 30°
The force applied parallel to the incline, F = 60 N
The displacement caused by the force along the incline, s = 10 m
Since the force and displacement is along the incline, the angle of incline doesn't contribute to the work done.
The work done by the force is given by the relation,
W = F · S
= 60 N x 10 m
= 600 J
Hence, the work done by Roger pushing the box is, W = 600 J