Answer:
D,B,C,A,C
Explanation:
I believe that is the correct answers but it is unclear. I don't think the key for the second last question would let the current flowing so the bulb would be off.
12 increase When force is multiplied by the distance over which it is applied, that amount is given ... force * distance = work
The answer to this question is distance.
Answer:
Inertia
Explanation:
We have to find that on which quantity the momentum of an object does not depend.
We know that
Momentum of object=mv
Where m=Mass of object
v=Velocity of object
Momentum of object depends upon mass and velocity.
When velocity of object increases then momentum is also increases.
When the mass of object is increases then the momentum of object is also increases.
If mass decreases then the momentum of object decreases.
If velocity decreases then the momentum of object decreases.
Acceleration depends on velocity because
Acceleration=
Therefore, momentum is also depend upon the velocity.
Inertia is defined as the property of object that resist change in its motion.
Therefore, momentum does not depend on Inertia of object.
The transfer of heat that utilizes or occurs in the form of wave, would be B. Radiation. As heat, can be emitted in the form of waves which constitute or make up the electromagnetic spectrum, specifically these include UV Rays from the sun for instance.