Well, the longer the length of the radius is, the more the circumference is (because you multiply the radius by pi (approximately 3.1415) to get the circumference, so the circumference is longer, making the journey of objects around the circle farther.
To view distant galaxies and stars and other 'bright' objects and analyse the suspected black holes effect. Effect being the movement around the black hole, or the loss of visual contact of that object.
Galileo Galilei used an inclined plane to study the movement of falling objects. By rolling balls down the incline at different angles, he was able to observe and analyze the effect of gravity on the objects' acceleration.
It provides a force in the direction opposite to the objects motion thus slowing it down.
i am asking u that
Light does not have force in the traditional sense, as it does not exert a physical push or pull on objects. However, light can transfer energy and momentum to objects through processes like radiation pressure and the photoelectric effect. This can impact the movement of objects by causing them to accelerate or change direction when interacting with light.
The apparent movement of the moon while you're in a car is due to your shifting perspective as you move. As you travel, the moon appears to shift relative to the landscape around you, giving the illusion of movement. This effect is similar to how objects closer to you seem to move faster than distant objects when you are in motion.
Objects such as seesaws, crowbars, and wrenches work on the principle of moments, also known as torque. It is the turning effect produced by a force applied at a distance from an axis, causing rotation around that axis. This principle is crucial in understanding the equilibrium and movement of objects in rotational motion.
They are plates, and they move around, and they shake and stuff.
movement of objects in the sky such as the apparent daily motion of the sun, moon, and stars from east to west. This movement is consistent with the rotation of the Earth on its axis.
In the northern hemisphere, the Coriolis effect causes the rotation of the Earth to deflect moving objects to the right. This effect influences the movement of sea water, creating a clockwise movement known as a gyre. This is why sea water tends to circulate in a clockwise direction in the northern hemisphere.
The Coriolis effect is the phenomenon that causes objects to be deflected in a curved path due to the rotation of the Earth. It influences the movement of air masses, ocean currents, and objects over long distances, leading to patterns such as the rotation of hurricanes and the direction of ocean currents.
Centrifugal force is the force created by rotating bodies that pushes objects outward from the center of rotation. It acts in the opposite direction of centripetal force, which pulls objects toward the center of rotation.