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3. Using your calculation in question 2, calculate how long it would take this person to burn a 250-Calorie iced mocha, (Remembe

3. Using your calculation in question 2, calculate how long it would take this person to burn a 250-Calorie iced mocha, (Remember: 1 Calorie = 4184 J) Mass: 70 kg Height of Stairs: 4.5 m Time 1: 3.82 : Time 2: 3,94 s Time 3: 3.70 s

3. Using your calculation in question 2, calculate how long it would take this person to burn a 250-Calorie iced mocha, (Remember: 1 Calorie = 4184 J) Mass: 70 kg Height of Stairs: 4.5 m Time 1: 3.82 : Time 2: 3,94 s Time 3: 3.70 s

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As shown in the figure below, a green bead of mass 35 g slides along a straight wire. The length of the wire from point to point B is 0.700 m, and point is 0.400 m higher than point ®. A constant friction force of magnitude 0.0300 N acts on the bead. (a) I

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