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Problem 2: Suppose you are at the grocery store and shopping for your monthly food stock. While picking some bread, you saw a pack of your favorite snack located at r=[6.00 m, -5.00 m), so you push your cart with force F" =[84.0 N, -70.0 N). While pushing, a friction force f =1-32.0 N, 38.4 N] opposes the cart's motion. Use Maxima to determine: (a) The magnitude of the acceleration of your cart weighing 147 N; and (b) The work needed to be done on the shopping cart to move it toward the shelf containing your favorite snack. wwww Figure 1. Pushing your cart while shopping for your favorite snack

Problem 2: Suppose you are at the grocery store and shopping for your monthly food stock. While picking some bread, you saw a pack of your favorite snack located at r=[6.00 m, -5.00 m), so you push your cart with force F" =[84.0 N, -70.0 N). While pushing, a friction force f =1-32.0 N, 38.4 N] opposes the cart's motion. Use Maxima to determine: (a) The magnitude of the acceleration of your cart weighing 147 N; and (b) The work needed to be done on the shopping cart to move it toward the shelf containing your favorite snack. wwww Figure 1. Pushing your cart while shopping for your favorite snack

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Problem 2: Suppose you are at the grocery store and shopping for your monthly food stock. While picking some bread, you saw a pack of your favorite snack located at r=[6.00 m, -5.00 m], so you push your cart with force F =[84.0 N, -70.0 N]. While pushing, a friction force f =[-32.0 N, 38.4 N] opposes the cart's motion. Use Maxima to determine: (a) The magnitude of the acceleration of your cart weighing 147 N; and (b) The work needed to be done on the shopping cart to move it toward the shelf containing your favorite snack. wwww Figure 1. Pushing your cart while shopping for your favorite snack
Transcribed Image Text:Problem 2: Suppose you are at the grocery store and shopping for your monthly food stock. While picking some bread, you saw a pack of your favorite snack located at r=[6.00 m, -5.00 m], so you push your cart with force F =[84.0 N, -70.0 N]. While pushing, a friction force f =[-32.0 N, 38.4 N] opposes the cart's motion. Use Maxima to determine: (a) The magnitude of the acceleration of your cart weighing 147 N; and (b) The work needed to be done on the shopping cart to move it toward the shelf containing your favorite snack. wwww Figure 1. Pushing your cart while shopping for your favorite snack
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