4|A 55kg person rests on two crutches (They are in equilibrium.). 25% of their weight is supported by the ground. a. The crutches are vertical. Draw a free body diagram of the person.

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Hi! Please help with A-C. Thank you in advance
4 A 55kg person rests on two crutches (They are in equilibrium.). 25% of their weight is
supported by the ground.
how fet te
a. The crutches are vertical. Draw a free body diagram of the person.
ow ucahor
rt both run for 20conds
b. The crutches are vertical. Sum the forces in the y direction.
c. The crutches are vertical. Calculate the magnitude of the force each crutch exerts on
the person.
d. Each crutch is at an angle of 105°. Calculate the magnitude of the force each crutch
exerts on the person. (You may need to sum the forces in the a direction as well.)
cests
L105°
e. One crutch is at an angle 105°, the other is at 120°. Calculate the magnitude of the
force each crutch exerts on the person. (You will need to sum the forces in the x direction
as well.)
120°
105°
Trig Physics
© 2022 david ring
Transcribed Image Text:4 A 55kg person rests on two crutches (They are in equilibrium.). 25% of their weight is supported by the ground. how fet te a. The crutches are vertical. Draw a free body diagram of the person. ow ucahor rt both run for 20conds b. The crutches are vertical. Sum the forces in the y direction. c. The crutches are vertical. Calculate the magnitude of the force each crutch exerts on the person. d. Each crutch is at an angle of 105°. Calculate the magnitude of the force each crutch exerts on the person. (You may need to sum the forces in the a direction as well.) cests L105° e. One crutch is at an angle 105°, the other is at 120°. Calculate the magnitude of the force each crutch exerts on the person. (You will need to sum the forces in the x direction as well.) 120° 105° Trig Physics © 2022 david ring
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