Option 2: A rifle fires a 55g bullet along a smooth horizontal surface at 130 m/s. Further along the surface lies a wooden block. Upon impact, the bullet sticks within the wooden block, slides toward a spring and collides with it. The "bullet in the block" compresses the spring to a maximum of 15 cm. The spring constant is 105 N/m. a) Draw a diagram of the situation. Labelling all relevant variables given in the question and used during solving. b) Using the law of conservation of momentum, create an expression for the mass of the wooden block. Simplify the expression as much as possible but do not solve. c) Calculate the speed of the "bullet in the block" just as it comes into contact with the spring. . d) Calculate the mass of the block of wooa

College Physics
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Chapter1: Units, Trigonometry. And Vectors
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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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Option 2: A rifle fires a 55g bullet along a smooth horizontal surface at 130 m/s. Further along
the surface lies a wooden block. Upon impact, the bullet sticks within the wooden block, slides
toward a spring and collides with it. The "bullet in the block" compresses the spring to a
maximum of 15 cm. The spring constant is 105 N/m.
a) Draw a diagram of the situation. Labelling all relevant variables given in the question and
used during solving.
b) Using the law of conservation of momentum, create an expression for the mass of the
wooden block. Simplify the expression as much as possible but do not solve.
c) Calculate the speed of the "bullet in the block" just as it comes into contact with the
spring. .
d) Calculate the mass of the block of wooa
Transcribed Image Text:Option 2: A rifle fires a 55g bullet along a smooth horizontal surface at 130 m/s. Further along the surface lies a wooden block. Upon impact, the bullet sticks within the wooden block, slides toward a spring and collides with it. The "bullet in the block" compresses the spring to a maximum of 15 cm. The spring constant is 105 N/m. a) Draw a diagram of the situation. Labelling all relevant variables given in the question and used during solving. b) Using the law of conservation of momentum, create an expression for the mass of the wooden block. Simplify the expression as much as possible but do not solve. c) Calculate the speed of the "bullet in the block" just as it comes into contact with the spring. . d) Calculate the mass of the block of wooa
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