chapter2 - TTU Physics
... The kinematic equations can be used with any particle under uniform acceleration. The kinematic equations may be used to solve any problem involving one-dimensional motion with a constant acceleration You may need to use two of the equations to solve one problem Many times there is more than one way ...
... The kinematic equations can be used with any particle under uniform acceleration. The kinematic equations may be used to solve any problem involving one-dimensional motion with a constant acceleration You may need to use two of the equations to solve one problem Many times there is more than one way ...
Monday, Nov. 10, 2003
... What else do you learn? The direction of L is +z Since p is mv, the magnitude of L becomes L mvr sin What do you learn from this? ...
... What else do you learn? The direction of L is +z Since p is mv, the magnitude of L becomes L mvr sin What do you learn from this? ...
Homework # 4
... The maximum wave vector K should be in the order of 1010 m-1 Assume the oscillation frequency is associated with the maximum wave vector v= ω/k will yield 3*103 m ...
... The maximum wave vector K should be in the order of 1010 m-1 Assume the oscillation frequency is associated with the maximum wave vector v= ω/k will yield 3*103 m ...
Acceleration notes
... constantly pushing down on them. The force will cause the velocity of freely falling objects to constantly change. This results in a form of constant acceleration called gravitational acceleration. We refer to objects that are freely falling as objects in “freefall”. For example, if you throw a ball ...
... constantly pushing down on them. The force will cause the velocity of freely falling objects to constantly change. This results in a form of constant acceleration called gravitational acceleration. We refer to objects that are freely falling as objects in “freefall”. For example, if you throw a ball ...
vector - Haiku
... • Relative velocity is about relating the measurements of two different observers • It may be useful to use a moving frame of reference instead of a stationary one • It is important to specify the frame of reference, since the motion may be different in different frames of reference • There are no s ...
... • Relative velocity is about relating the measurements of two different observers • It may be useful to use a moving frame of reference instead of a stationary one • It is important to specify the frame of reference, since the motion may be different in different frames of reference • There are no s ...
Angular Acceleration - mrhsluniewskiscience
... If the angular velocity of a rotating body is not constant, then the body has an angular acceleration. If w2 and w1 be its angular velocities at times t2 and t1, respectively, then the average angular acceleration of the rotating body in the interval from t1 to t2 is defined as ...
... If the angular velocity of a rotating body is not constant, then the body has an angular acceleration. If w2 and w1 be its angular velocities at times t2 and t1, respectively, then the average angular acceleration of the rotating body in the interval from t1 to t2 is defined as ...
document
... A 1 kg ball moves east at 5 m/s. It hits a 2 kg ball moving at 4 m/s, west. After the collision, the 1 kg ball has a velocity of 6 m/s, west. What is the speed of the 2 kg ball after the collision? ...
... A 1 kg ball moves east at 5 m/s. It hits a 2 kg ball moving at 4 m/s, west. After the collision, the 1 kg ball has a velocity of 6 m/s, west. What is the speed of the 2 kg ball after the collision? ...
I = m • Δ v - CUSDPhysics
... So, objects in motion are said to have momentum. This momentum is a vector. It has a size and a direction. The size of the momentum is equal to the mass of the object multiplied by the size of the object's velocity. The direction of the momentum is the same as the direction of the object's velocity. ...
... So, objects in motion are said to have momentum. This momentum is a vector. It has a size and a direction. The size of the momentum is equal to the mass of the object multiplied by the size of the object's velocity. The direction of the momentum is the same as the direction of the object's velocity. ...
Angular Momentum about Center of Mass
... is constant then only the direction of the spin angular momentum r r L P, Lspin I1 rφ along the axis of the gyroscope is changing in time hence ...
... is constant then only the direction of the spin angular momentum r r L P, Lspin I1 rφ along the axis of the gyroscope is changing in time hence ...
