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Conclusion depends on mass,velocity, and force

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what if it bumps into something that has different mass

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but what if you bump in to something with different mass

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The understanding of collusion. How force, mass and velocity affect objects and what happens.

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The cue ball comes to a complete stop after the collision, while the colored ball starts moving. How does that work?

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The cue ball comes to a complete stop after the collision, while the colored ball starts moving. How does that work?

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-Ale

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mass,velocity,force,Collusion

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now i understand that the collusion depends on the mass

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collusion would depend on mass and velocity.

# data[].attributes.body
collusion depends on mass,velocity and force

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My thoughts about forces in a collision after reading "Crash" I thought that if two object crash into each other with the same force, the object with the less mass would create a bigger effect than the object with the more mass.

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How could this all happened when a bug died on your window shield.

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velocity

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Now i know that two object that have the same force them will have the same affect as the each other.

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Force, Mass, Collusion, and Velocity.

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"Would you believe

that the forces you experienced during the

collision are still exactly the same?"

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mass, velocity

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"If you and your bumper car

bump into a car carrying a friend who’s about

the same size as you are, you might expect that

both of you would experience equal forces. You

have about the same amount of mass and are

about the same size, so if you’re both already

moving, you bounce away from each other

to about the same distance. But what if you

bump into somebody with a different mass?"

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i choose the one that talks about mass because it helps the force stay the same

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physics of force,mass, and velocity

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I now understand that collusion depends on mass, velocity, and force.

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Force, Velocity, Mass, Collisions.

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"but what if u bump into someone with a different mass".

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car

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Would you believe that the forces you experienced during the collision are still exactly the same

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Like 2

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mass, force ,velocity

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I have now confirmed what velocity means and ho it affects the way something collides

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none

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The velocity of light object can be affected when a collision happens.

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Since all the pocket balls are the same mass then it all depends on the velocity right ?

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mass force and velocity

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Does the velocity of an object change when a collision happens?

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I thought that the when the bee hits the and nothing happen was interesting.

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The one that has more mass is less

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Mass, force, velocity.

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the force stays the same the mass changes it

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I chose the one where the mass of the people on the bumper cars will affect how they hit or get hit by somebody with less mass. I chose this because if you have more mass you'll move somewhere more and the person with less mass will get pushed more.

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The distribution of forces in a collision between

your car and a bug isn’t so different from the

forces in a collision between your bumper car

and your brother’s—in both collisions, both

objects (

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The one with the more mass will have less affect and the one with less mass will have more affect

# data[].attributes.body
The distribution of forces in a collision between

your car and a bug isn’t so different from the

forces in a collision between your bumper car

and your brother’s—in both collisions, both

objects (

# data[].attributes.body
The distribution of forces in a collision between

your car and a bug isn’t so different from the

forces in a collision between your bumper car

and your brother’s—in both collisions, both

objects ( my question is how dose they cars eat the

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Would you believe that the forces you experienced during the collision

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I understand the velocity, mass, force, collision, and everything more better now.

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None

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Collision

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if you dump a little sibling then what would happen is you would stay still and your sibling will move

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The object with a lot more mass is affected

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"Would you believe that the forces you experienced during the collision are still exactly the same? " The forces are the same but the mass is making the outcome different.

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The object that has more mass when it crashes to another object, they will both get affected by velocity, but the object that has more mass with have a greater effect.

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Mass, Collision, Velocity, and Force.

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The object with more mass is affected less. While the lighter object is affected more.

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Force happens allot now because every time we type we are pushing down a key which is force

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The force is the same but the mass is what makes the change.

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There was a bug on you car well going 60 miles per hour. there would be physics of force.

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if you dump a little sibling then what would happen is you would stay still and your sibling will move

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"Since the force

is experienced by both balls, but in different

directions, the colored ball moves across the

table while the cue ball stops."
It is a good example of force of motion and can help other understand easier.