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Trajectory

Hpc3 notea

Subject: 
Calculus
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Physics
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Classical mechanics
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Projectile motion
Trajectory
Acceleration
Velocity
Force
Free fall

Chapter 3Chapter 3Falling Objects andFalling Objects andProjectile MotionProjectile Motion Gravity influences motionin a particular way. How does a droppedobject behave??Does the objectaccelerate, or is thespeed constant??Do two objectsbehave differently ifthey have:?different masses??different shapes?

Pm lab solutions

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Physics
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Ballistics
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Artillery
Projectile motion
Angle
Ammunition
Physics
Trajectory

Projectile motion lab Name __________________________________ Part 1 Measure height from floor to barrel Fire dart gun horizontally from table Measure distance it travels in meters Initial height of barrel __________________ meters Trial 1 Trial 2 Trial 3 Average Distance traveled Find the initial velocity of the projectile using the average value. Show work in the space provided. Initial velocity_____________ Part 2 Place your arm at an angle on the desk Measure the height from the floor to barrel Fire dart gun from table keep your arm very still at the same angle Measure distance it travels in meters Measure x and y values of the angle you make Initial height of barrel __________________ meters X ________meters Y ________meters

Projectile Motion

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Physics
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Ballistics
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Trajectory
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World Wide Web
Projectile
CNote
Dimensional analysis

What follows is a general solution for the two dimensional motion of an object thrown in a gravitational field. This is usually termed a projectile motion problem. The thrown object is called the projectile. Its path is called the trajectory. We will answer all the usual questions that arise in a first year physics class regarding this motion. We will not consider air resistance. Without air resistance, the projectile will follow a parabolic trajectory. We will be throwing the projectile on level ground on planet Earth. It will leave the point of release, arc through the air along a path shaped like a parabola, and then hit ground a certain distance from where it was thrown.
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