Hendrickson+Group+5

Reese

 Does the length of the string, weight on the end of the string, or the angle of the drop effect a pendulums range in cycles the most in 15 seconds? As the length of the string increase, the number of cycles decreases. The number of washers did not effect the pendulum. Neither the angle the drop. So, the length of of the string effects the most in the number of cycles, but the number of washers and the angle of the drop did not effect the number of cycles in 15 seconds. For the length of the string, the least amount the pendulum traveled was 7 and the most number of cycles was 18. The number of washers attached to the string did not effect the average number of cycles. All three tests showed an average of 11 cycles. From the angle of the drop on our data sheet, the angle was from 10 degrees to 90 degrees. The average number of cycles was 11 for all of the tests. The average number of cycles the pendulum takes goes down the longer the string gets. I think that if we had more time there would be more effective on the angle of the drop and the number of drops. The shorter the string, the shorter the distance it is. Therefore the longer the string the longer the distance it is to travel.

Ben Does the length of the string, weight on the end if the string, or angle of the drop affect the pendulums range of swings in 15 seconds? in the experiment, we found out that weight has absolutely no effect on the pendulums. in all of our tests we found out that the averages were 11.

Thomas Does the length of the string,Weight on the end of the string,or the angle of the drop effect the range of the pendulums cycles the most in 15 seconds?I thought that the weight on the end of the string would change every thing but i was wrong way wrong in fact so off the numbers for the average were all the same .so when I found that out i thought the angel of the drop would make a big differences nope wrong again so i went to the last I found a group with a different average than just one number. Group found that the weight added on the end of the string did nothing to the range of the pendulums cycles.out of all 5 tests we got the same number. No averages on bothweight on the end and the length of the string had no differentces in the average.The string on test one with 10cm had the average of 17 cycles, but the 100cm string only had the average of of 7cycles. If the 10cm string has the average of 17 cycles and the 100cm had the average of 7 cycles so, the I think the shorter the string the faster it go's but then the larger the string the slower the string will travel. The longer the string the less the string will travel.

Ellie Does the length of the string, weight on the end of the string, or the angle of the drop effect a pendulums range in cycles the most in 15 seconds? As the length of the string increase, the number of cycles decreases. For the number of washers it does not change the number of cycles, and the angle the drop causes no change in the number of cycles. So, the length of of the string effects the number of cycles, but the number of washers and the angle of the drop did not effect the number of cycles in 15 seconds. For the length of the string the least amount the pendulum traveled was 7 and the most number of cycles was 18. The number of washers attached to the string did not effect the average number of cycles. All three tests showed an average of 12 cycles. From the angle of the drop data sheet, the angle ranged from 90 degrees to 10 degrees. The average number of cycles was 11 for all three tests. The average number of cycles decreases the longer the string gets. I believe if the time was longer than 15 seconds, the number of washers and the angle of the drop would have more effect. The shorter the string is the more cycles it makes. The longer the string the less cycles it makes.