Answer:
D. The inertia of a spaceship on Earth equals the inertia of the spaceship on the moon.
Explanation:
Inertia is the property of mass and it will directly depends on the value of mass of the object
So here inertia of object will change as the mass of the object will change
So here we can say
A. Inertia depends on velocity.
FALSE
As inertia is not a function of velocity
B. Inertia is a measurement of acceleration.
FALSE
it does not depends on acceleration
C. The inertia of a 2 kg bag of flour is greater than the inertia of a 4 kg flower pot.
FALSE
More mass means more inertia so 4 kg must have more inertia
D. The inertia of a spaceship on Earth equals the inertia of the spaceship on the moon.
TRUE
Since mass on Earth and Moon will be same so inertia must be same
<span>C. the slope of that objects velocity-time graph
Hope it helps!
</span>
Answer:
displacement (x) = 0.003798 meters
Explanation:
from the fact that the string is hung vertically we can deduce that:
Total force acting on the mass = Fs (by spring) + Fg (by gravity)
<em>where</em>
Fs = k*x , x is the displacement..
Fg = m*g
then:
Ftot = m*a, <em>but a = 0 m/(s^2) because the mass becames stationary.</em>
Ftot = 0
Fs + Fg = 0
<em>by direction, take down as negative.</em>
Fs - Fg = 0
k*x = m*g
x = m*g/k = [(0.400)(9.8)]/(10.32)
= 0.3798 meters
Answer:
the average reaction time is 0.25 seconds.
The re<span>sistance of the second wire is 16 R.
where R is the resistance of the first wire.
R = </span>ρ
where l = length of the wire
A = area of the wire
A =
where, r =
Thus, on finding the ratio of resistance of the two wires, we get,
here, R1 = R
l1 = 8m
l2 = 2m
A1=π
A1=π
we get. R2 = 16R
