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A motorcycle stunt person leaves the jump ramp traveling at 35 m/s at 22° above the horizontal. А. Draw a vector representing the velocity of the motorcycle. Draw the horizontal and vertical components of the vector. B. 2.

A motorcycle stunt person leaves the jump ramp traveling at 35 m/s at 22° above the horizontal. А. Draw a vector representing the velocity of the motorcycle. Draw the horizontal and vertical components of the vector. B. 2.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Vector Resolution Worksheet The given vector represents a hot air balloon that experiences a 0.25 m/s acceleration at an angle of 60° above the horizontal. 0.25m/sec^2 60 A. Draw the horizontal and vertical components of the vector. Use vector resolution to find the magnitude of each component. (Show work) Rx =Rsine Rx-(0.25m(s2)sin 60° Ry=(0.25mls2)cosGO° RX - O216mis3) HOrizontal Component: RY= 0.216 m/S2 vertical component: Ry= o.125 mls2 B. Ry RCOSO Ru - O.125 mis2 Use the Pythagorean theorem to check these values. (Show work) R=Rx² + Ry2 R=V0.216Ym/s2j2+ Co.125 ym/s2)2 accatalion s mat C. Thus, the resuttant ehed ntth fhe given A motorcycle stunt person leaves the jump ramp traveling at 35 m/s at 22° above the horizontal. 2. А. Draw a vector representing the velocity of the motorcycle. В. Draw the horizontal and vertical components of the vector.
Transcribed Image Text:Vector Resolution Worksheet The given vector represents a hot air balloon that experiences a 0.25 m/s acceleration at an angle of 60° above the horizontal. 0.25m/sec^2 60 A. Draw the horizontal and vertical components of the vector. Use vector resolution to find the magnitude of each component. (Show work) Rx =Rsine Rx-(0.25m(s2)sin 60° Ry=(0.25mls2)cosGO° RX - O216mis3) HOrizontal Component: RY= 0.216 m/S2 vertical component: Ry= o.125 mls2 B. Ry RCOSO Ru - O.125 mis2 Use the Pythagorean theorem to check these values. (Show work) R=Rx² + Ry2 R=V0.216Ym/s2j2+ Co.125 ym/s2)2 accatalion s mat C. Thus, the resuttant ehed ntth fhe given A motorcycle stunt person leaves the jump ramp traveling at 35 m/s at 22° above the horizontal. 2. А. Draw a vector representing the velocity of the motorcycle. В. Draw the horizontal and vertical components of the vector.
Vect Use vector resolution to find the magnitude of each component. (Show work) C. The diagram below depicts all the forces acting on an object. Use both vector resolution and vector addition to find the final resultant force acting on the box. (Show work) 3. 10N 45 15N Resolve the 10ON vector into its horizontal and vertical components. (Show work) А. Add the horizontal components. (there are two horizontal component vectors. One is 15N to the right, the other is what you got from above, which will be to the left) В. Use the resulting horizontal and vertical components to do two-dimensional vector addition. Find the magnitude and direction of the resultant vector. (Show work) С.
Transcribed Image Text:Vect Use vector resolution to find the magnitude of each component. (Show work) C. The diagram below depicts all the forces acting on an object. Use both vector resolution and vector addition to find the final resultant force acting on the box. (Show work) 3. 10N 45 15N Resolve the 10ON vector into its horizontal and vertical components. (Show work) А. Add the horizontal components. (there are two horizontal component vectors. One is 15N to the right, the other is what you got from above, which will be to the left) В. Use the resulting horizontal and vertical components to do two-dimensional vector addition. Find the magnitude and direction of the resultant vector. (Show work) С.
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