Projectile Motion. Once released from the plane, the motion of the bomb is best described as being : (1)Independent motion in the x and y direction, each.

Slides:

Advertisements

Similar presentations

Projectile Motion. What Is It? Two dimensional motion resulting from a vertical acceleration due to gravity and a uniform horizontal velocity.

Advertisements

PHYSICS 103: Lecture 4 Freely falling objects çThrowing a ball upward Projectile Motion çTrajectory of projectile çHitting a target Agenda for Today:

Physics  Free fall with an initial horizontal velocity (assuming we ignore any effects of air resistance)  The curved path that an object follows.

CH10 – Projectile and Satellite Motion Projectiles Projectile Motion.

Projectile Motion: Questions to Ponder

Motion in Two Dimensions

Up and Down Left and Right.  Objects Moving In TWO dimensions  Horizontal and Vertical  Projectiles must have displacement, and velocity and acceleration.

Projectile Motion Review.

Adding vectors graphically. Adding vectors using the components method.

VECTORS AND PROJECTILE MOTION How fast will the plane go if it has a crosswind of 20m/s? We need to use vectors!!!!!!!

Projectile Motion: Questions to Ponder What are the three factors that will determine how far an object will travel when thrown? What are the two things.

Dr. Mason’s Patented Quiz #2 Review Presentation Accept no substitutes Void where prohibited Limit one per family.

Equations of Motion.

Jeopardy Vector Components Equations Concepts Calcu- lations Pretty Pictures $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 Final Jeopardy.

1 Chapter 3 Kinematics-The Study Of Motion. 2 Introduction Kinematics: The branch of mechanics that studies the motion of an object without regard to.

1 Chapter 6: Motion in a Plane. 2 Position and Velocity in 2-D Displacement Velocity Average velocity Instantaneous velocity Instantaneous acceleration.

Kinematics in 2-D Concept Map

Projectile Motion. Definition this type of motion involves a combination of uniform and accelerated motion When an object is thrown horizontally from.

Projectile Motion. What Is It? Two dimensional motion resulting from a vertical acceleration due to gravity and a uniform horizontal velocity.

2-Dimensional Kinematics Unit 2 Presentation 2. Projectile Problems  Projectile Motion: The two- dimensional (x and y) motion of an object through space.

Accelerated Motion Problems

Physics - Chapter 3.

Projectile Motion. What is a Projectile? Projectile – an object that moves along a 2-D curved trajectory - does not have any propulsion when in flight.

Projectiles Horizontal Projection Horizontally: Vertically: Vertical acceleration g  9.8 To investigate the motion of a projectile, its horizontal and.

Physics Lesson 6 Projectile Motion

Kinematics Kinematics – the study of how things move

Parabolic or Projectile Motion

Projectiles have two types of motion at the same time: Horizontal Vector An object travels at a constant speed (assuming no air resistance and no other.

B2.2.  Projectiles follow curved (parabolic) paths know as trajectories  These paths are the result of two, independent motions  Horizontally, the.

TWO DIMENSIONAL AND VARIED MOTION Projectile Motion The Pendulum.

 Vectors are quantities with Magnitude AND Direction  Ex: › Displacement › Velocity › Acceleration › Force  Scalars are quantities with only magnitude.

CHAPTER 6 MOTION IN 2 DIMENSIONS.

Kinematics: Projectile Motion What is Projectile Motion? Characteristics of a Projectile’s Trajectory Horizontal and Vertical Velocity Horizontal and Vertical.

Projectile Motion Projectile motion: a combination of horizontal motion with constant horizontal velocity and vertical motion with a constant downward.

Contents: 4-3E, 4-5E, 4-12E, 4-13E*, 4-28P, 4-29E*,

Chapter 5 Physics 1 Projectile Motion Go through these flashcards at least once a day to get an “A”!

ACCELERATION Chapter 4 Acceleration A change in velocity (speed or direction)

2D Motion 2015 cjcb Angled Projectile Motion. RECAP: What is Projectile Motion? Projectile motion is the motion of an object that is being thrown or launched.

FACULTY OF SCIENCE Physics Bridging Course Chapter 3 VECTORS AND MOTION IN 2 & 3 DIMENSIONS School of Physics.

Physics.  A projectile is any object that has been launched with no means of controlling its own flight…it is in free-fall motion while at the same time.

1 Vector Decomposition y x 0 y x 0 y x 0. 2 Unit vector in 3D Cartesian coordinates.

Kinematics. Topic Overview Kinematics is used to analyze the motion of an object. We use terms such as displacement, distance, velocity, speed, acceleration,

Projectile Motion AP Physics B.

(Constant acceleration)

A ball is rolling along a flat, level desk. The speed of the ball is 0

Projectile Review.

Kinematics in Two Dimensions

Projectile Motion AP Physics C.

Linear Motion, Free Fall, and Vectors Combined!

Projectile Motion UCONN Physics.

a is always perpendicular to vx a is always perpendicular to vy

Projectile Motion.

Aim: How do we solve complicated projectile motion problems?

Projectile Motion Time to Review.

Projectile Motion Honors Physics.

Topic 9.2 Space Projectile Motion.

Projectile Motion AP Physics B.

Projectile Motion AP Physics B.

Aim: How do we solve complicated projectile motion problems?

Projectile Motion AP Physics 1.

Projectile Motion.

Projectile Motion AP Physics.

Projectile Motion AP Physics B.

Projectile Motion AP Physics B.

Projectile Motion Honors Physics.

Projectile Motion AP Physics 1.

Projectile Motion.

DO NOW A steel beam is rotated in a horizontal plane to provide the centripetal acceleration for training pilots. If the pilot sits 2.0 m from the center.

Kinematics in Two Dimensions

Presentation transcript:

Projectile Motion

Once released from the plane, the motion of the bomb is best described as being : (1)Independent motion in the x and y direction, each with constant velocity (2)Independent motion in the x and y direction, each with positive uniform acceleration (3)Independent motion in the x and y direction, with constant velocity (x) and uniform negative acceleration (y). (4)It isn’t that simple, because the motion is going to be a complicated combination of both x and y directions. 140 m/s y x A plane flying at an altitude of 5 km drops a bomb. The speed of the plane is 720 km/h (about 200 m/s). 5 km

When the bomb is dropped, its trajectory will look like: (1) (2) (3) (4) 200 m/s y x A plane flying at an altitude of 5 km drops a bomb. The speed of the plane is 720 km/h (about 140 m/s). 5 km

What is the bomb’s initial velocity when it is dropped from the plane? (1)[ 200 x + 0 y ] m/s (2)[ 0 x y ] m/s (3)[ 200 x y ] m/s (4)[200 x – 200 y ] m/s (5)None of these 200 m/s y x 5 km

To calculate the time require to hit the ground, we can use the kinematic equation for displacement with uniform acceleration,  y = v i t + ½ g t 2, using the values: (1)  y= 5, v i = 200 m/s, g = 9.8 m/s 2. (2)  y = m, v i = 0 m/s, g = -9.8 m/s 2 (3)  y = 5000 m, v i = 0 m/s, g = -9.8 m/s 2 (4)Can’t use this equation. 200 m/s y x 5 km

Which of the following most likely describes the final velocity vector components of the bomb when it strikes the target on the ground? (1)v xf = 200 m/s, v yf = 0 m/s. (2)v yf = something negative, but can’t determine v xf because we don’t know the acceleration. (3)v xf = 0 m/s, v yf = some negative number. (4)v xf = 200 m/s, v yf = some negative number. 200 m/s y x 5 km

A cat is sitting on the floor, 0.5 meters from the kitchen counter. Cats always jump so that their vertical velocity component is zero at the exact moment when they reach the target spot. With what velocity and take-off angle must the cat jump if the counter is 1 meter high? 1 m 0.5m

Determine the final velocity vector of the bomb, in component form as well as magnitude+angle. How long does it take the bomb to fall to the ground? How far downrange (horizontal distance) from the target must the bomb be dropped? If the bomber dives such that the bomb has an initial vertical velocity component of -40 m/s, determine the new downrange distance that the bomb must be dropped. 200 m/s y x A plane flying at an altitude of 5 km drops a bomb. The speed of the plane is 720 km/h (about 200 m/s). 5 km