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Generate an image of a middle-aged, Hispanic man standing on a weighing scale on Earth, looking curious over the readings. Surrounding him is a serene earthly landscape with trees and the blue sky. Next to this scene, picture an imaginative transition that leads to the same man, now on Jupiter, winking at the viewer as he checks his weight on a scale. Jupiter's landscape should be depicted with its iconic swirling storm and overall orange-brown hues. Ensure the image is free from any text or numerics.

If a man weighs 900 N on the earth, what would he weigh on jupiter, where acceleration due to gravity is 25.9 m/s^2?

remember weight is a force

Force=Mass*acceleration
on earth, acceleration=9.81 m/s^2
900 N=Mass*9.81 m/s^2
Mass=91.74 Kg
F=Mass*acceleration(Jupiter)
F=91.74Kg*25.9m/s
F=2376.066 N on Jupiter

900 (25.9/9.81)

weight on earth W=mg

900=m*9.8
m=91.8
weight on jupiter W=mg
W=91.8*25.9=2377.62N

Very nice

F=ma. Drive for m. So m=F/a. Then 900N/9.81=98.1 now we got the value of m

Then F=mg this means 98.1*25.9=2378.6N

Hi I’m Harry potter

2382.8

Good

? Give me the answer fahs

. 2. Find the force needed to accelerate a mass of 40kg from velocity ̂ ) to ⃗ ( ̂ ) in 10s If a man weighs 900N on earth, what is ⃗ ( his weight on Jupiter where the acceleration due to gravity is 25.9m/s Forces of Friction Self Diagnostic Test  2 ? What makes you walk on the surface of the Earth without slipping?  How can you express your interaction with the surrounding air while you are walking or running? Frictional force refers to the force generated by two surfaces that are in contact and either at rest or slide against each other. These forces are mainly affected by the surface texture and amount of force impelling them together. The angle and position of the object affect the amount of frictional force.  If an object is placed on a horizontal surface against another object, then the frictional force will be equal to the weight of the object.  If an object is pushed against the surface, then the frictional force will be increased and becomes more than the weight of the object. Generally friction force is always proportional to the normal force between the two interacting surfaces. Mathematically Ffrict  Fnorm 32