CALC A rocket is Tired at an angle from the top of a tower of height h 0 = 50.0 m. Because of the design of the engines, its position coordinates are of the form x ( t ) A + Bt 2 and y ( t ) = C + Dt 3 where A , B , C , and D are constants. The acceleration of the rocket 1.00 s after Tiring is a = (4.00 ȋ + 3.00 ĵ ) m/s 2 . Take the origin of coordinates to be at the base of the tower, (a) Find the constants A , B , C , and D , including their SI units, (b) At the instant alter the rocket is Tired, what are its acceleration vector and us velocity? (c) What are the x - and y -components of the rocket’s velocity 10.0 s after it is fired, and how fast is it moving? (d) What is the position vector of the rocket 10.0 s alter it is fired?
CALC A rocket is Tired at an angle from the top of a tower of height h 0 = 50.0 m. Because of the design of the engines, its position coordinates are of the form x ( t ) A + Bt 2 and y ( t ) = C + Dt 3 where A , B , C , and D are constants. The acceleration of the rocket 1.00 s after Tiring is a = (4.00 ȋ + 3.00 ĵ ) m/s 2 . Take the origin of coordinates to be at the base of the tower, (a) Find the constants A , B , C , and D , including their SI units, (b) At the instant alter the rocket is Tired, what are its acceleration vector and us velocity? (c) What are the x - and y -components of the rocket’s velocity 10.0 s after it is fired, and how fast is it moving? (d) What is the position vector of the rocket 10.0 s alter it is fired?
CALC A rocket is Tired at an angle from the top of a tower of height h0 = 50.0 m. Because of the design of the engines, its position coordinates are of the form x(t) A + Bt2 and y(t) = C + Dt3 where A, B, C, and D are constants. The acceleration of the rocket 1.00 s after Tiring is a = (4.00ȋ + 3.00ĵ) m/s2. Take the origin of coordinates to be at the base of the tower, (a) Find the constants A, B, C, and D, including their SI units, (b) At the instant alter the rocket is Tired, what are its acceleration vector and us velocity? (c) What are the x- and y-components of the rocket’s velocity 10.0 s after it is fired, and how fast is it moving? (d) What is the position vector of the rocket 10.0 s alter it is fired?
The velocity of a particle is given by v ={16t^2i +4t^3j + (5t +2)k} m/s, where t is in seconds. If the particle is at the origin when t = 0, determine the magnitude of the particle’s acceleration when t = 2 s. Also, what is the x, y, z coordinate position of the particle at this instant?
The position vector of a particle is given as
r = (t^2-6t+8)i + (t^2-9)j
Find the magnitude and direction of the particle’s position, velocity, and acceleration at ? = 2?. Find the magnitude and direction of the particle’s displacement, average velocity and average acceleration for the time period ? = 2? to ? = 3?.
A zombie wolverine is launched with an initial speed v i =37.0 m/s at an initial angle theta i =53.1^
(a) Find the wolverine's position (horizontal and vertical) when t = 2.00s
(b) Find the magnitude and direction of the wolverine's velocity when t = 2.00 s.
(c) Find the time when the wolverine reaches the highest point of its flight, and find its height h at that point .
(d) Find the horizontal range R (the horizontal distance from the starting point to the point where the wolverine hits the ground ).
Chapter 3 Solutions
University Physics with Modern Physics (14th Edition)
Physics for Scientists and Engineers with Modern Physics
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