Could someone help me with the rest of these questions. i am currently injured and cannot finsih this part of the lab as it would mean a lot, thank you.

of 746 W. Objective: O 1) To find out how much power you use when climbing the stars. Here, I just 2) To practice calculating work and power. 19WOO decided to use Materials: a sample calculation - a scale metric ruler stairs stopwatch Procedure: Complete the following steps and create a table similar to the one on the right. 1) Measure your weight using the scale. Weight should be expressed in newtons. the table). Convert pounds to newtons by multiplying pounds by 4.45. (show this sample calculation beside 2) Measure the height of one stair (in meters). Partner 1 3) Count the number of steps you will be climbing and Weight (N) GOON multiply this by the height of a step to find the total Height of one step height, in meters. (m 0. 25 m 4) Climb the stairs as quickly and as safely as possible Number of steps 10 while your partner times you. Record the time as Total height of stairs (m) 2. Jm accurately as possible. CAUTION: Be very careful. Make sure you hold onto the hand rail. Time of climb 1 (s) 7.52 5 5) Repeat step #4 twice, completing two more runs. Time of climb 2 (s) 7.27 5 6) Switch roles with your partner and repeat steps #4 & Time of climb 3 (s) 7. 685 # 5. Observations: 1. Were the three climbing times roughly the same, or did they vary considerably? 2. Did you feel as if you exerted the same effort on each climb? Explain. #1) The thee times were crowd the same time. # 2 ) yes, The reasoning for this is because I am aepibing the same wan through the same distanceAnalysis: Calculate your work and your power Work (J) Power (W) for each of the three climbs and create Climb 1 1725 J 229 . 2 JW this table (each group member will Climb 2 1725 5 237 . 11 W create their own table): Climb 3 1725 J 224. 96w Include sample calculations for both Work and Power (one for each). 1) Was the amount of work you did for each trial the same? Why? 2) Was the amount of power you expended the same for each trial? Why or why not? 3) If you had climbed more slowly, how would the work have been affected? How would the power output have been affected? Explain you answer. 4) Compare your power output with the output of a horse by calculating your horsepower. The conversion is on the front of this lab. (Do you think you could keep up that power level for hours, like horses do?)seltyul analysis So Stair climbing power Lab Question muby # one (2 ) In yes . the amant, of wan Is the Same due to the a Some potential energy censtent height . Question number # 2 1 two COND. The power is different due to the change in time of dang that actual work (J )