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What is the impact speed when a car moving at 300 km bumps into the rear of another car traveling in the same direction at 88 km Answer in units of km?
The impact speed when the car traveling at 300 km/h bumps into the rear of the other car traveling at 88 km/h is 212 km/h. This is calculated by subtracting the speeds (300 km/h - 88 km/h = 212 km/h).
The force with which one moving object hits another object is the force of?
The force with which one moving object hits another object is the force of impact or collision force. This force is determined by the speed and mass of the moving object, and it can cause the objects to change direction or deform upon impact.
Does speed include the direction an object is traveling?
No, speed does not include the direction an object is traveling. Speed only refers to how fast an object is moving regardless of its direction. Velocity, on the other hand, includes both speed and direction.
What is the act of moving to go from one place or position to another?
The act of moving to go from one place to another is called "traveling."
Two objects with the same velocity must be moving in the same?
They would be traveling at the same speed. Two objects moving with the same velocity must be moving in the same direction and at the same speed. The reason for this is because velocity is speed in a specified direction. Another way to say that is to say that velocity is speed with a direction vector. It is a physical quantity with magnitude and direction. Two objects moving with the same speed could be moving toward a head-on collision. Or they could be moving along convergent, divergent or skewed paths. Not so with two objects that have identical velocities. They are moving on the same or on parallel courses, and they are moving at the same speed.
What is the impact speed of a car moving at 100kmh and hits a car traveling in the same direction at 98kmh?
The impact speed is just the difference between the two speeds, so in this case 2 km/hr.
What is the impact speed when a car moving at 300 km bumps into the rear of another car traveling in the same direction at 88 km Answer in units of km?
The impact speed when the car traveling at 300 km/h bumps into the rear of the other car traveling at 88 km/h is 212 km/h. This is calculated by subtracting the speeds (300 km/h - 88 km/h = 212 km/h).
The force with which one moving object hits another object is the force of?
The force with which one moving object hits another object is the force of impact or collision force. This force is determined by the speed and mass of the moving object, and it can cause the objects to change direction or deform upon impact.
How can an object travelling in one direction be accelerated in another direction?
An object traveling in one direction can be accelerated in another direction by applying a force in the desired direction. This force will cause the object's velocity to change, leading to acceleration in the new direction. The acceleration will depend on the magnitude and direction of the force applied.
If a car hits a stationary car which direction will they move?
Whichever direction the traveling car was moving, until something stops them.
What happens if Something is traveling at constant deceleration?
It slows to a rest and then starts moving in the opposite direction at constant acceleration in that direction.
Does speed include the direction an object is traveling?
No, speed does not include the direction an object is traveling. Speed only refers to how fast an object is moving regardless of its direction. Velocity, on the other hand, includes both speed and direction.
What is the act of moving to go from one place or position to another?
The act of moving to go from one place to another is called "traveling."
What is the velocity of a car traveling backwards?
The velocity of a car traveling backwards would be negative, as it is moving in the opposite direction of its positive reference point.
Two objects with the same velocity must be moving in the same?
They would be traveling at the same speed. Two objects moving with the same velocity must be moving in the same direction and at the same speed. The reason for this is because velocity is speed in a specified direction. Another way to say that is to say that velocity is speed with a direction vector. It is a physical quantity with magnitude and direction. Two objects moving with the same speed could be moving toward a head-on collision. Or they could be moving along convergent, divergent or skewed paths. Not so with two objects that have identical velocities. They are moving on the same or on parallel courses, and they are moving at the same speed.
What two objects with the same velocity must be moving the same?
They would be traveling at the same speed. Two objects moving with the same velocity must be moving in the same direction and at the same speed. The reason for this is because velocity is speed in a specified direction. Another way to say that is to say that velocity is speed with a direction vector. It is a physical quantity with magnitude and direction. Two objects moving with the same speed could be moving toward a head-on collision. Or they could be moving along convergent, divergent or skewed paths. Not so with two objects that have identical velocities. They are moving on the same or on parallel courses, and they are moving at the same speed.
How would you explain a bottle moving across the water in the same direction that the waves are traveling?
The bottle is likely being carried by the current or the movement of the water caused by the waves. The direction of the waves propels the bottle forward, moving it in the same direction as the waves.
