When an object is moving in a particular direction, air resistance will be acting on the object in the opposite direction to the direction of travel.
The force that pushes against a moving object as it passes through water is called drag. Drag is caused by the resistance of the water pushing against the object as it moves through it. This force can slow down the object's motion.
The temperature of the object is determined by how often the particles vibrate when a wave passes through it. The higher the temperature, the more the particles vibrate.
When light passes through an object, it can be absorbed, transmitted, reflected, or refracted. The specific behavior of the light depends on the properties of the object, such as its transparency, opacity, and refractive index.
When light passes through a transparent object, it continues to travel in a straight line until it either gets absorbed by another object, reflects off a surface, or exits the object and continues on its path.
an object thrown into the air will slow down as it ascends higher into the air until it stops ascending and the speed of the object increases as it falls until it reaches its terminal velocity in air. As an object passes through air, it encounters air resistance which slows down an object moving freely through air. An object will be moving at a slower speed when it hits the ground than it did when it was thrown into the air due to this air resistance.
The force that pushes against a moving object as it passes through water is called drag. Drag is caused by the resistance of the water pushing against the object as it moves through it. This force can slow down the object's motion.
Light usually passes through a transparent object. Similarly, light passes through the translucent objects but people cannot see through it.
When light passes through an object, we say it is transmitted. Transparent objects transmit a lot of light. basically it is called shadow
Cameras
The temperature of the object is determined by how often the particles vibrate when a wave passes through it. The higher the temperature, the more the particles vibrate.
When light passes through an object, it can be absorbed, transmitted, reflected, or refracted. The specific behavior of the light depends on the properties of the object, such as its transparency, opacity, and refractive index.
The concept described here is distinguishing between the motion of the object and the motion of the wave. When an object is in water, it moves with the current (the speed of the water), not with the waves themselves. Waves are disturbances in the water caused by wind, but the water itself doesn't move forward with the wave. It's like when you're riding in a car — you move at the car's speed, not the speed of the bumps on the road. The bumps in the water (waves) are typically caused by wind, and while the water moves up and down in these waves, the waves themselves travel forward, often in an elliptical pattern.
transmitted
transparent
When light passes through a transparent object, it continues to travel in a straight line until it either gets absorbed by another object, reflects off a surface, or exits the object and continues on its path.
an object thrown into the air will slow down as it ascends higher into the air until it stops ascending and the speed of the object increases as it falls until it reaches its terminal velocity in air. As an object passes through air, it encounters air resistance which slows down an object moving freely through air. An object will be moving at a slower speed when it hits the ground than it did when it was thrown into the air due to this air resistance.
laser