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course PHY 121
6/14 11
Velocity +.4/Acceleration + .23 = 8 seconds for the 10 metersVelocity +.4/Acceleration + 4.5 = 2.5 seconds for the 10 meters
Velocity +.4/Acceleration + 10 = 1.6 seconds for the 10 meters
Velocity + 4.5/Acceleration + .23 = 2.3 seconds for the 10 meters
Velocity + 4.5/Acceleration + 4.5 = 1.6 seconds for the 10 meters
Velocity + 4.5/Acceleration + 10 = 1.3 seconds for the 10 meters
Velocity + 10/Acceleration + .23 = 1.2 seconds for the 10 meters
Velocity + 10/Acceleration + 4.5 = 1.0 seconds for the 10 meters
Velocity + 10/Acceleration + 10 = 0.9 seconds for the 10 meters
I noticed that having a medium velocity with a low acceleration was similar to having a low velocity with medium acceleration.
Low velocity and high accleration was the same as medium velocity and medium acceleration.
Having a medium velocity with high acceleration was similar to having a high velocity with low acceleration.
It was not east to hit the mouse exactly when he got to the building, so I often got results that varied by plus or minus .1 when redoing the same velocity and accelerations.
I expected him to go backward for the negative velocities, but he also went forward a little and then turned around when the velocity was positive, but the acceleration was negative.
Velocity -.4/Acceleration + .23 = 11.4 but he went forward and then turned around.
Velocity -4.5/Acceleration + 4.5 = 3.5 but he went forward and then turned around.
Velocity +10/Acceleration -.4 = 1.3 sec.
Velocity +10/Accleration -10 Turned around. no time.
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Very good. Thanks.
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