A 55kg bicyclist (including the bicycle), initially at rest, pedals to the right, causing her speed...

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A 55kg bicyclist (including the bicycle), initially at rest, pedals to the right, causing her speed to increase steadily for 6.9s. During this time she travels 34m while experiences a 60N drag and negligible rolling friction. What is the magnitude of the net force on the bicyclist? N How much force is she generating by pedaling? N What is her final speed? m/s What is the magnitude of her acceleration? m/s A 580N acrobat is hanging at rest from two ropes as shown. Hint: It may be helpful to work in terms of T for this problem. How much does tension is in Rope 1? N How much tension is in Rope 2? N rope 1 20 rope 2 58 A 55kg bicyclist (including the bicycle), initially at rest, pedals to the right, causing her speed to increase steadily for 6.9s. During this time she travels 34m while experiences a 60N drag and negligible rolling friction. What is the magnitude of the net force on the bicyclist? N How much force is she generating by pedaling? N What is her final speed? m/s What is the magnitude of her acceleration? m/s A 580N acrobat is hanging at rest from two ropes as shown. Hint: It may be helpful to work in terms of T for this problem. How much does tension is in Rope 1? N How much tension is in Rope 2? N rope 1 20 rope 2 58

Answer rating: 100% (QA)

To solve this problem we can use the equations of motion and the concept of net force Lets break dow... View the full answer