A boat and trailer weighing a total of 450 lb are parked on a boat ramp with an 18 ° angle of inclination. Assume that the weight of the boat and trailer is evenly distributed between two wheels. (See Example 5) a. Write the force vector F in terms of i and j representing the weight of the boat and trailer for a single tire. b. Find the component vector of F parallel to the ramp. Round values to 1 decimal place. c. Find the magnitude of the force needed to keep the trailer from moving down the ramp. Round to the nearest pound.
A boat and trailer weighing a total of 450 lb are parked on a boat ramp with an 18 ° angle of inclination. Assume that the weight of the boat and trailer is evenly distributed between two wheels. (See Example 5) a. Write the force vector F in terms of i and j representing the weight of the boat and trailer for a single tire. b. Find the component vector of F parallel to the ramp. Round values to 1 decimal place. c. Find the magnitude of the force needed to keep the trailer from moving down the ramp. Round to the nearest pound.
Solution Summary: The author explains how the force vector F represents the weight of the boat and trailer for a single tire.
A boat and trailer weighing a total of
450
lb
are parked on a boat ramp with an
18
°
angle of inclination. Assume that the weight of the boat and trailer is evenly distributed between two wheels. (See Example 5)
a. Write the force vector F in terms of i and j representing the weight of the boat and trailer for a single tire.
b. Find the component vector of F parallel to the ramp. Round values to 1 decimal place.
c. Find the magnitude of the force needed to keep the trailer from moving down the ramp. Round to the nearest pound.
Quantities that have magnitude and direction but not position. Some examples of vectors are velocity, displacement, acceleration, and force. They are sometimes called Euclidean or spatial vectors.
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