A Compound Versus a Simple Bow The compound bow in the previous problem requires 152 J of work to draw the string back to x = 0.540 m , at which point the archer need only exert 250 N of force to hold the string in place. (a) Suppose a simple bow is used instead of a compound bow. What should its force constant k (in N/m) be so that it requires the same amount of work to draw the string a distance of x = 0.540 m ? Assume the simple bow behaves the same as an ideal spring. (b) How much force must the archer exert to draw the simple bow to x = 0.540 m ? Compare this to the 250-N force required by the compound bow.
A Compound Versus a Simple Bow The compound bow in the previous problem requires 152 J of work to draw the string back to x = 0.540 m , at which point the archer need only exert 250 N of force to hold the string in place. (a) Suppose a simple bow is used instead of a compound bow. What should its force constant k (in N/m) be so that it requires the same amount of work to draw the string a distance of x = 0.540 m ? Assume the simple bow behaves the same as an ideal spring. (b) How much force must the archer exert to draw the simple bow to x = 0.540 m ? Compare this to the 250-N force required by the compound bow.
A Compound Versus a Simple Bow The compound bow in the previous problem requires 152 J of work to draw the string back to
x = 0.540 m
, at which point the archer need only exert 250 N of force to hold the string in place. (a) Suppose a simple bow is used instead of a compound bow. What should its force constant k (in N/m) be so that it requires the same amount of work to draw the string a distance of
x = 0.540 m
? Assume the simple bow behaves the same as an ideal spring. (b) How much force must the archer exert to draw the simple bow to
x = 0.540 m
? Compare this to the 250-N force required by the compound bow.
Draw the velocity vectors starting at the black dots and the acceleration vectors including those equal to zero.
You toss a ball straight up by giving it an initial upward velocity of 18 m/s. What is the velocity of the ball 0.50 s after you released it? Define the positive y direction to be upward,
the direction that you toss the ball.
10:44 AM Fri Jan 31
O Better endurance
Limb end points travel less
D
Question 2
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1 pt:
Two springs are arranged in series, and the whole arrangement is pulled a vertical distance of 2
cm. If the force in Spring A is 10 N, what is the force in Spring B as a result of the
displacement?
05N
5 N
0.2 N
10 N
O2N
Question 3
1 pts
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