Its weight is 10g . The 'g' is the acceleration of gravity
wherever the object happens to be at the time.
On Mars, g=3.71 m/s², the object weighs 37.1 newtons.
On the Moon, g=1.62 m/s², the object weights16.2 newtons.
On Earth, g=9.81 m/s², the object weighs 98.1 newtons.
.
.
etc.
<h2>
Answer: the object's ability to store charge</h2>
Explanation:
The capacitance 
is defined as the relationship between the electric charge of each conductor and the potential difference between them. That is, it is the capacity of a device to store electrical charge.
In other words:
It is the property that bodies have to maintain an electric charge.
Mathematically it is defined as:
where:
is the capacitance value of a capacitor. Its unit is Farad 
; named in honor of the physicist Michael Faraday
is the electric charge of the conductor, measured in coulombs .
is the electric potential to which the conductor is located, measured in Volt.
The force decreases by a factor of 4, because 4 is 2-squared. (C).
And they don't have to be "large" masses. The force behaves exactly the same between the lint in your pocket and a speck of dust on a table in the house across the street.
Answer:
Momentum is conserved.
All of the others are not conserved because of heat loss caused by deformation, etc.
Answer:
Explanation:
The motion is under a constant velocity which means she has no acceleration.
So we can use,
Velocity = displacement/ time taken
Displacement = velocity× time taken
= 6.5×34 = 221m
We consider distance she fall as displacement as she doesn't change her direction.
