Share electrons, have electrical conductivity and have thermal conductivity
Answer:
92867kg
Explanation:
DATA:
mass of the moon '
'= 7.36 x
kg
mass of the mini black hole '
'=?
universal gravitational constant= 6.67x
Nm²/kg²
distance 'r'= 7.47×
m
force 'F'= 8170N
Newton's Law of Universal Gravitation is given by:



92867kg
The skydiver jumping from a plane high up in the sky would most likely experience various energy transformation. For starters, it would undergo a very large gravitational potential energy because of its much higher elevation. After jumping, this energy would eventually transform to kinetic energy due to the force exerted by the gravity.
The rock would be at a point 12 m from water at a time <u>4.8 s</u>.
Take the origin of the coordinate system at the top of the cliff. It is thrown upwards with a velocity u. When the rock is at a point 12 m from water, calculate the vertical displacement of the rock from the origin.

Use the equation of motion,

The rock falls under the acceleration due to gravity, directed down wards.
Substitute 18 m/s for u, -26 m for y and -9.8 m/s² for a=g.

Solve the quadratic equation for t.

Taking only the positive value,

After a time of <u>4.8 s</u> the rock would be at a distance of 12 m from water.