Answer: 
Explanation:
Given
Mass of receiver 
Running at a speed of 
time taken to stop 
We know, impulse imparted is given by
Thus, 1200 N is needed to stop the receiver.
The Voyager and Pioneer flybys of the 1970s and 1980s provided rough sketches of Saturn’s moons. But during its many years in Saturn orbit, Cassini discovered previously unknown moons, solved mysteries about known ones, studied their interactions with the rings and revealed how sharply different the moons are from one another.
Answer:
it must be helical motion in which the charge particle will move uniformly along z axis and simultaneously it will move in circular path in xy plane.
Explanation:
Magnetic field is along z axis while velocity is in x-z plane
so we will have
so here we can say
so we will have
so here the net force on the charge is perpendicular to its x directional velocity along - Y direction
So due to this component of motion it will move along a circle while other component of the motion will remain uniform always
So here it is combination of two parts
1) Uniform circular motion
2) Uniform motion
So we can say that it must be helical motion in which the charge particle will move uniformly along z axis and simultaneously it will move in circular path in xy plane.
Explanation:
Thermal energy is basically the energy derived from heat when there is a temperature change in a body.
Kinetic energy is the energy due to the motion of a body.
Potential energy is the energy at rest or due to the position of a body.
- Thermal energy is highly related to kinetic and potential energy.
- Thermal energy is a type of kinetic energy because it causes the motion of the particles in a body.
- An increase in thermal energy gives the particles more energy to move and then, their kinetic energy increases.
- Kinetic energy is directly related to thermal energy.
- A low thermal energy increases the potential energy in a body.
- A body at rest will exert its maximum potential energy.
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Thermal energy brainly.com/question/914750
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Ice, which is the solid state of water, the liquid
