A particle P moves freely under gravity in the plane of a fixed horizontal axis Ox, which lies on horizontal ground, and a fixed vertical axis Oy. P is projected from O with a velocity whose components along Ox and Oy are U and V, respectively. P returms to the ground at a point C. (a) Determine, in terms of U, Vand g, the distance OC. B P passes through two points A and B, each at a height h above the ground and a distance d apart, as shown in the diagram (b) Write down the horizontal and vertical components of the velocity of P at A. (c) Hence determine an expression for d in terms of U, V, g and h. (d) Given that the direction of motion of Pas it passes through A is inclined to the horizontal at an angle 0, where tan e=, determine an expression for V in tems of g, d and h.
A particle P moves freely under gravity in the plane of a fixed horizontal axis Ox, which lies on horizontal ground, and a fixed vertical axis Oy. P is projected from O with a velocity whose components along Ox and Oy are U and V, respectively. P returms to the ground at a point C. (a) Determine, in terms of U, Vand g, the distance OC. B P passes through two points A and B, each at a height h above the ground and a distance d apart, as shown in the diagram (b) Write down the horizontal and vertical components of the velocity of P at A. (c) Hence determine an expression for d in terms of U, V, g and h. (d) Given that the direction of motion of Pas it passes through A is inclined to the horizontal at an angle 0, where tan e=, determine an expression for V in tems of g, d and h.
Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter3: Motion In Two Dimensions
Section: Chapter Questions
Problem 6P: At t = 0, a particle moving in the xy plane with constant acceleration has a velocity of...
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![A particle P moves freely under gravity in the plane of a fixed horizontal axis Ox, which lies
on horizontal ground, and a fixed vertical axis Oy. P is projected from O with a velocity whose
components along Ox and Oy are U and V, respectively. P returns to the ground at a point C.
(a) Determine, in terms of U, Vand g, the distance OC.
P passes through two points A and B, each at a height h above the ground and a distance d apart, as
shown in the diagram.
(b) Write down the horizontal and vertical components of the velocity of P at A.
(c) Hence determine an expression for d in terms of U, V, g and h.
(d) Given that the direction of motion of P as it passes through A is inclined to the horizontal at an
angle 0, where tan e =, determine an expression for V'in terms of g, d and h.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F379cae6d-3525-4641-91b1-2337ca42ed38%2Fa5345e5a-7a58-421d-8550-1d311cbd5d9e%2F5zspjqg_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A particle P moves freely under gravity in the plane of a fixed horizontal axis Ox, which lies
on horizontal ground, and a fixed vertical axis Oy. P is projected from O with a velocity whose
components along Ox and Oy are U and V, respectively. P returns to the ground at a point C.
(a) Determine, in terms of U, Vand g, the distance OC.
P passes through two points A and B, each at a height h above the ground and a distance d apart, as
shown in the diagram.
(b) Write down the horizontal and vertical components of the velocity of P at A.
(c) Hence determine an expression for d in terms of U, V, g and h.
(d) Given that the direction of motion of P as it passes through A is inclined to the horizontal at an
angle 0, where tan e =, determine an expression for V'in terms of g, d and h.
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