A cowboy spins a lasso in an approximately circular shape, with a starting circumference of 10 feet. The force on the rope pulls it through the slip-knot so that the circle's circumference decreases by 1 foot per second. 2 Part A: Determine a formula that describes the lasso's circumference, in feet, t seconds after the cowboy starts spinning it. C Part B: After how long will the lasso's circle vanish? Answer: seconds Part C: The circumference of a circle is also C = 2mr. Use this formula to give the radius of the circle as a function of time.

Mathematics For Machine Technology
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ISBN:9781337798310
Author:Peterson, John.
Publisher:Peterson, John.
Chapter62: Volumes Of Prisms And Cylinders
Section: Chapter Questions
Problem 38A: A copper casting is in the shape of a prism with an equilateral triangle base. The length of each...
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Question
A cowboy spins a lasso in an approximately circular shape, with a starting circumference of 10 feet.
The force on the rope pulls it through the slip-knot so that the circle's circumference decreases by
1
foot per second.
2
Part A: Determine a formula that describes the lasso's circumference, in feet, t seconds after the
cowboy starts spinning it.
C=
Part B: After how long will the lasso's circle vanish?
seconds
Answer:
Part C: The circumference of a circle is also C = 2mr. Use this formula to give the radius of the
circle as a function of time.
T
Part D: Using the circumference formula developed in Part A, determine the rate of change of the
AC
circumference of the lasso,
At
Answer:
ft/s
Part E: Using the radius formula developed in Part C, give the rate of change for radius,
Answer:
ft/s
Ar
At
Transcribed Image Text:A cowboy spins a lasso in an approximately circular shape, with a starting circumference of 10 feet. The force on the rope pulls it through the slip-knot so that the circle's circumference decreases by 1 foot per second. 2 Part A: Determine a formula that describes the lasso's circumference, in feet, t seconds after the cowboy starts spinning it. C= Part B: After how long will the lasso's circle vanish? seconds Answer: Part C: The circumference of a circle is also C = 2mr. Use this formula to give the radius of the circle as a function of time. T Part D: Using the circumference formula developed in Part A, determine the rate of change of the AC circumference of the lasso, At Answer: ft/s Part E: Using the radius formula developed in Part C, give the rate of change for radius, Answer: ft/s Ar At
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