Answer:Well according to the formula :
Fg = G • m1 • m2
__________
r^2
If one were to increase the masses of the objects it will have a direct impact on the gravitational force as well, as it increase the gravitational force. It is directly proportional to mass.
Distance on the other hand is inversely proportional to the gravitational force, basically increasing the distance between two objects of substantial mass causes a decrease of attraction or gravitational force between those 2 bodies of mass.
Explanation:
The car is moving with constant velocity (so, constant speed in a straight line)
Explanation:
Acceleration is defined as the rate of change of velocity:
where
is the change in velocity of the object
is the time taken for the velocity of the object to change by
In this problem, we have car moving with an acceleration of
This implies that
So, the velocity of the object is constant. However, velocity is a vector quantity: so it has both a magnitude (the speed) and a direction. Since the velocity here is constant, this means that both the speed and the direction must be constant: and this is possible only if the car is moving with constant speed in a straight line.
Learn more about acceleration:
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The electrostatic force between two charges is given by Coulomb's law:
where
ke is the Coulomb's constant
q1 is the first charge
q2 is the second charge
r is the separation between the two charges
By substituting the data of the problem into the equation, we can find the magnitude of the force between the two charges:
I would say 3 is the answer
Answer:
Add
Explanation:
When two forces are acting in the same direction then there magnitude are added to each other
Let the first force is and second force is and when they act in same direction then their equivalent will be equal to
When they cat in opposite direction then their equivalent will be