Bond Reduction Motion With Constant Acceleration

Category:
State:
Louisiana
Control #:
LA-1224-M
Format:
Word; 
Rich Text
Instant download

Description

This is a motion for bond reduction filed by the defense in a criminal matter. The motion states that the bond set by the court is excessive and the defendant is unable to make said bond. The motion further avers that defendant poses no danger to others. An order for the State to show cause is attached.
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FAQ

Problem: We assume motion with constant acceleration in one dimension. The kinematic equations for this type of motion are. vxf = vxi + ax?t, xf - xi = vxi?t + ½ax?t2, and vxf2 = vxi2 + 2ax(xf - xi). Details of the calculation: (a) Given: vi = 0, vf = 0.3 m/s, ?v = 0.3 m/s. xi = 0, xf = 0.018m, ?x = 0.018 m.

Whenever an object is moving with constant acceleration, that objects velocity is changing with a constant rate. Examining the motion of objects moving with constant acceleration can provide us with insight into how certain variables change with respect to other variables.

The first equation of motion Since the acceleration is constant, we have a=v?ut. This gives the first equation of motion, v=u+at.

Answer and Explanation: If a body is moving with constant speed in a circle, then yes, that body has acceleration. However, if the body is moving with constant speed in a straight line, then no, that body has no acceleration.

Constant acceleration is defined as a change in velocity that does not vary over time. If a car increases its velocity by 20 mph in one minute, then another 20 mph the next, its average acceleration remains constant at 20 mph per minute.

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Bond Reduction Motion With Constant Acceleration