Given that,
Mass of the monkey, m = 16.8 kg
The acceleration due to gravity on the Earth, g = 9.8 m/s²
To find,
The gravitational force acting on the monkey.
Solution,
Gravitational force acting on the monkey is equal to its weight. It is given by :
W = mg
Putting all the values,
W = 16.8 kg × 9.8 m/s²
= 164.64 N
Hence, the gravitational force acting on the monkey is 164.64 N.
Explanation:
electric current is the answer
== You're pushing the load <u><em>straight</em></u> along the horizontal surface at a <u><em>constant speed</em></u>.
== The speed and direction of the load are not changing, so there is <u><em>no acceleration.</em></u>
== From Newton's 2nd law of motion, we know that F = m A . Since A=0, F must also be zero. That means <em>NO NET FORCE</em> is acting on the load.
== But how can that be ? You're pushing it with 90 N !
== The NET force is zero. So something else must be pushing the box, also with <em>90 N of force, exactly opposite to YOUR force, </em>and they add up to zero.
== THERE's your force of friction !
Answer: When a car is struck by lightning, the resulting electric field inside the car is zero.
Explanation: