Current(I) = Voltage(V) / Resistance(R)
Since (V) is constant, as (R) decreases, (I) increases.
Answer:
This is due to the gap in between the switch. So the applied energy is not converted to current even though the resistance is still there. Hence voltage will be there, where you applied it
Explanation:
Answer:h=4.96 m
Explanation:
Given
mass of student m=73 kg
time to taken t=0.04 s
average Force
Let h be the height from where student falls
and we know Impulse =change in momentum
velocity at bottom
Answer:
can a fire have a shadow?
Yes it can actually.
edit:Fires can have shadows because they contain hot air and soot, and not because they contain light.
Inertia increases as mass increases.
Explanation:
Inertia is the resistance of an object to any change in motion. Inertia is proportional the mass of the object: in fact, as we experience in common situations, the larger the mass of an object, the more difficult it is to change its motion.
A simple example: while it is quite easy to stop a tennis ball thrown towards us, we know that it is not so easy to stop a large truck travelling towards us with the same speed: the reason for that is that the truck has much more mass than the tennis ball, so it has much more inertia. Therefore, inertia increases as mass increases.