The following data is obtained in the Atwood machine experiment. The bigger mass drops 125 cm...
The following data is obtained in the Atwood machine experiment. The bigger mass drops 125 cm in the times indicated. Make an appropriate graph. Find the slope. Find the theoretical slope. [6040 g.cm/s2, 5880 g.cm/s2]
Homework Answers
The atwood machine is useful to find the gravity aceleration using the formula:
Since:
and 
The units shown in the answer show mass per acceleration force, so:
so
let's graph 1/(mb+ma) vs a
You make the fit using
With x being 1(ma+mb), y is the acceleration and N=5
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The following data is obtained in the Atwood machine experiment. The bigger mass drops 125 cm...
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Point 20) A student has performed an experiment for projectile motion and tried to obtain the horizontal distance. Following is the data obtained during the experiment. Height is 1. 06 m Angle 0°...
Point 20) A student has performed an experiment for projectile motion and tried to obtain the horizontal distance. Following is the data obtained during the experiment. Height is 1. 06 m Angle 0° Total Range (m) 3.09 5.60 (a) Find the initial velocity (b) Find the theoretical projectile range value of 45° degree (c) Percent error of this experiment.
Point 20) A student has performed an experiment for projectile motion and tried to obtain the horizontal distance. Following is the...
During the experiment he obtained the following data: Mass of Beaker = 48.936 g Mass of...
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The following figures and tabulated data were obtained during the Phase diagram experiment for Pb...
Question 4
The following figures and tabulated data were obtained during the Phase diagram experiment for Pb-Sn using DSC machine. Tables 1-4 shows the wt% composition of Sn in Pb at 1) Use figures 1 and 2, and Table 1 to plot the Temperature 2) Use the figures 1 and 2, and Table 2 to plot the different temperatures (°C) against wt% composition of Sn in Pb Temperature (°C) against wt% composition of Sn in Pb on the same graph...
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Point 20) A student has performed an experiment for projectile motion and tried to obtain the horizontal distance. Following is the data obtained during the experiment. Height is 1. 06 m Angle 0° Total Range (m) 3.09 5.60 (a) Find the initial velocity (b) Find the theoretical projectile range value of 45° degree (c) Percent error of this experiment.
Point 20) A student has performed an experiment for projectile motion and tried to obtain the horizontal distance. Following is the...
Atwood Machine Data M=5883kg M2= 5874kg mr 0086kg M M Accel Rider .02 .04 .06 .08 .1 Avg. Accel .1623 .3261 -.4732 .6286 .7652 (M2) Mass Ratio .0166 .0326 .0482 .0633 .0779 (M,+my+m.)s Acceleration vs. Mass Ratio 08 0.6 Acceleration (m/s) 0.4 02 0 o 0.02 0.08 0.1 0.04 0.06 Mass Ratio • When the system is put into motion, the velocity vs. time graph that was obtained is below. Given this graph, describe the motion of the falling mass....
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Question 4
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