BOUNCE PROJECT # ____ Calculus II Video Camara runs 30 frames per second. home data class data ht in. fr dif time %bounce ht(in.) frame # 84 00.0 0.00 84 0 74 37.5 1.25 .88 74 37.5 63 34.5 1.15 .86 63.5 72.5 54 33.0 1.10 .86 54.5 105 47 30.5 1.02 .89 48 135 41 28.0 0.93 .87 41.5 165 36 26.0 0.87 .88 36 192 31 24.0 0.80 .86 31.5 218 27 25.0 0.83 .87 27.5 242 24 23.0 0.77 .89 24 265 21 21.0 0.70 .88 21 286.5 19 21.0 0.70 .90 19 307 17 20.0 0.67 .89 17 327 15 19.0 0.63 .88 15 345 13 17.0 0.57 .87 13 363 11 17.0 0.57 .85 11 380 9+ 16.0 0.53 .82 9.5 395 8 15.0 0.50 .89 8 410 6.5 14.0 .47 .81 6.5 424 5.25 14.0 0.47 .81 5 438 4 14.0 0.47 .76 4 452 3 12.0 0.40 .75 3 464 2+ 12.0 0.40 .77 2.5 476 1.6 12.0 0.40 .80 1.5 488 .75 11.0 0.37 .47 1 500 0.0* 10.0 0.33 0 510 520 530 540 548 * 47 MORE BOUNCES FOR 245 FRAMES 8.2 SECONDS MORE BOUNCING.
1. Check the frame time and use free fall equations to
determine the height of each drop.
2. Find the % return for each drop with the class data
and with the values found in # 1.
3. How far did the ball travel?
4. How long in seconds would you see some motion in the
ball?
5. Work with different % return values to see if you
agree with the claim.
6. Write a short report of the project and include some
comments about the camara angle and other errors that
may influence your information and conclusions.
7. Turn in the report with your calculation page, data
page and graphs or diagrams attached.