A cart with mass 19.8 kg is moving to the left with initial speed of 1.0 m/s. You catch and stop it by pushing down at an angle of 75.9 degrees with respect to the vertical as shown above. The magnitude of your force as a function of time is given by Fye(t) = bt³ where b = 0.17 N/s°. You can assume that the wheels on the cart are good enough so that you can neglect friction between the cart and ground. How long does it take you to stop the cart? (in s)
A cart with mass 19.8 kg is moving to the left with initial speed of 1.0 m/s. You catch and stop it by pushing down at an angle of 75.9 degrees with respect to the vertical as shown above. The magnitude of your force as a function of time is given by Fye(t) = bt³ where b = 0.17 N/s°. You can assume that the wheels on the cart are good enough so that you can neglect friction between the cart and ground. How long does it take you to stop the cart? (in s)
Related questions
Question
my question is in the image.
I just cant figure out how to go about this one. I keep getting .812 s which is wrong. Can you please help me?
Transcribed Image Text:A cart with mass 19.8 kg is moving to the left with initial speed of 1.0 m/s. You catch and stop it by pushing down
at an angle of 75.9 degrees with respect to the vertical as shown above. The magnitude of your force as a function of
time is given by Fye(t) = bt³ where b = 0.17 N/s°. You can assume that the wheels on the cart are good enough so
that you can neglect friction between the cart and ground.
How long does it take you to stop the cart?
(in s)
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 2 steps with 2 images
