The force vs displacement characteristic of the compound bow is F = 4220 x^3 - 6951 x^2 + 2379 x, where F is in N and x is m. Determine the work (J) to displace the string of a compound bow 0.4 m If all of the work to displace the string of a compound bow 0.4 m is converted to kinetic energy of the nocked arrow having a mass of 45 grams, determine the velocity of the arrow in m/s. Assume the bow force (N) vs displacement (m) characteristic is F = 4220 x^3 - 6951 x^2 + 2379 x, in N vs m.
The force vs displacement characteristic of the compound bow is F = 4220 x^3 - 6951 x^2 + 2379 x, where F is in N and x is m. Determine the work (J) to displace the string of a compound bow 0.4 m If all of the work to displace the string of a compound bow 0.4 m is converted to kinetic energy of the nocked arrow having a mass of 45 grams, determine the velocity of the arrow in m/s. Assume the bow force (N) vs displacement (m) characteristic is F = 4220 x^3 - 6951 x^2 + 2379 x, in N vs m.
Chapter3: Energy And Conservation Laws
Section: Chapter Questions
Problem 21P: . An archer using a simple bow exerts a force of 180 N to draw back the bow string 0.50 m. (a) What...
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The force vs displacement characteristic of the compound bow is F = 4220 x^3 - 6951 x^2 + 2379 x, where F is in N and x is m. Determine the work (J) to displace the string of a compound bow 0.4 m |
If all of the work to displace the string of a compound bow 0.4 m is converted to kinetic energy of the nocked arrow having a mass of 45 grams, determine the velocity of the arrow in m/s. Assume the bow force (N) vs displacement (m) characteristic is F = 4220 x^3 - 6951 x^2 + 2379 x, in N vs m. |
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