0
Why do objects inside the car appear to be stationary when compared to the objects outside of the car?
Think of the car as a mobile container, holding items being transported, the item doing the transporting is in motion, and attached to the inside are the items being moved. so the total speed of the items being moved is the same as the item/vehicle doing the moving. Because the vehicle in motion is travelling in a different direction to the location being travelled, this gives you the result (the items in the vehicle are stationary relative to the motion of the vehicle in use).
What else can I help you with?
As you drive down the road in a car why objects inside the car appearto be stationary when compared to the objects outside of the car?
When you are driving, the objects inside the car are moving at the same speed and direction as the car, so they appear stationary relative to you. On the other hand, the objects outside the car are stationary or moving at varying speeds, which creates a visual contrast making them seem like they are moving relative to you.
How is the motion of an object compared to other objects that are standing still?
They are the exact same. If an object is standing still, it is in motion. Everything in the world is in motion. Not because of the earth moving, it is because particles in all objects are moving.
What are stationary objects?
Stationary objects are objects that are not moving or changing position relative to a reference point. They appear to be at rest and have no velocity. Examples of stationary objects include a chair, a building, or a mountain.
If you are seated in a train give two ways it may appear that you are still moving?
If the train next to you moves, it might appear that your train is also moving. Additionally, if you focus your gaze on objects outside the window that are stationary, it can create an illusion that your train is moving.
Principle of stroboscope?
The principle of a stroboscope is to study rotating, reciprocating, oscillating, or vibrations in objects. A stroboscope is used to make cyclically moving objects appear stationary or slower.
Why do wet objects normally appear darker than the same objects when dry?
When objects are wet, they appear darker because the water on their surface absorbs and scatters more light, reducing the amount of light reflected back to our eyes. This makes the wet objects appear darker compared to when they are dry.
Can an airplane be stationary in the mid air?
Airplanes can appear to be stationary to someone on the ground, but they cannot be stationary in the air.
Why do objects in water appear different?
Objects in water appear different due to refraction, which occurs as light travels from one medium to another. This causes the light rays to bend, altering the way objects underwater are perceived from above the surface. The refraction can make objects appear larger, closer, or distorted compared to when they are viewed in air.
What is it called when stationary objects appear to move when you move?
This phenomenon is called the autokinetic effect. It occurs when a person perceives stationary objects as moving simply because of slight movements or shifts in their own position or gaze. It is an optical illusion caused by the brain's attempt to make sense of ambiguous visual information.
What are various satellite sub-systems?
how a satellite can appear to be stationary above the earth´s surface how a satellite can appear to be stationary above the earth´s surface
What is the difference in static frame and moving frame?
A static frame is a fixed reference point with respect to which motion is described, while a moving frame is a reference point that is in motion relative to the objects being observed. In a static frame, objects appear stationary, while in a moving frame, objects may appear to be moving even if they are stationary in the static frame.
Why does distant objects appear to shift more than the nearer objects?
Distant objects appear to shift more than nearer objects due to the phenomenon known as parallax. As our viewpoint changes, the angle at which we see distant objects changes more significantly compared to nearer objects, resulting in a greater apparent shift. This effect is commonly observed when viewing objects from a moving vehicle or when comparing the position of objects at different distances.
