The force of gravity inside a hollow shell is zero, according to an elegant theorem by Isaac newton. Therefore at depth the force of gravity comes only from the sphere which has its radius equal to your distance from the centre.
It decreases as you move away from Earth.
Increases. The closer they are, the harder the pull.
gravitational force is directly proportional to mass ie it increases with the increase in mass. it is indirectly proportional to distance ie it decreases with the increase in distance.
As the magnification increases, the depth of field decreases.
decreases
The depth of field decreases.
If you are referring to gravity, it will increase.If you are referring to gravity, it will increase.If you are referring to gravity, it will increase.If you are referring to gravity, it will increase.
no a stars gravity decreases as its size gets Smaller.
Gravitational forces are inversely proportional to the square of the distance separating the gravitating bodies.
Water pressure.
It decreases as you move away from Earth.
It decreases with height.
Air pressure decreases as you move higher in the atmosphere. Air, just like any form of matter has mass, and when affected by earth's gravity, weight. The weight of air is pushing down on you with a force of 1 atmosphere at sea level. As you increase elevation the air pressure is reduced because there is less air to push down on you. Just like air, water pressure increases as you increase your depth in it, or any fluid. When air pressure decreases, temperature drops.
Increases. The closer they are, the harder the pull.
Do the following factors increase or decrease as one moves to higher magnifications with the microscope? Resolution, working distance, amount of light needed, and depth of field
gravitational force is directly proportional to mass ie it increases with the increase in mass. it is indirectly proportional to distance ie it decreases with the increase in distance.
as we go up gravity decreases