 | Alfred Payson Gage - Physics - 1890 - 264 pages
...I:. : N •> :-. ,\'.. j'^ u> '."• > 5" 'O I ., \v \- >> & i ^ x <N "*. \ * - > -n X' • 89. a. Find the relation between the length of a pendulum and its time of vibration. Take for the length of a pendulum the distance from the point of suspension (or axis of motion) to... | |
 | Alfred Payson Gage - Physics - 1890 - 264 pages
...arc of about 8cm, (2) about 16cm, (3) about 50cm, and record the results and your conclusion. 89. a. Find the relation between the length of a pendulum and its time of vibration. Take for the length of a pendulum the distance from the point of suspension (or axis of motion) to... | |
 | Henry Clifford Cheston, Philip R. Dean, Charles E. Timmerman - Physics - 1908 - 140 pages
...VIBRATIONS IN ONE HALF TIME OF EACH VIBRATION MINUTE SQUARE ROOT OF LENGTH RATIOS Conclusions. — What is the relation between the length of a pendulum and its time of vibration ? What is the relation between the length of a pendulum and its number of vibrations in a given time... | |
 | Jacob Edward Mayman - Science - 1912 - 176 pages
...vibration of a pendulum affected by its material and mass? EXP. NO. THE PENDULUM (LENGTH) 7A Obj.: — To find the relation between the length of a pendulum and its rate of vibration. , App.: — Pendulum, watch, meter stick, support. Oper.: — Swing successively... | |
 | Clocks and watches - 1883 - 728 pages
...pinion is '05 inches. What is the pitch diameter of wheel ? How far apart are their centres ? 7. What is the relation between the length of a pendulum and its time of vibration ? Calculate the length in inches of a I^-secondspendulum. 8. Give a sketch in section of a bevel pinion... | |
 | Sir William Cecil Dampier Dampier - Philosophy - 1946 - 224 pages
...s isfs, and Huygens found that this is equal to the vis viva produced, that is \mu2. He proved also the relation between the length of a pendulum and its time of swing, and dealt with circular motion. If a body of mass m describes with velocity va circular path... | |
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He proved also the relation between the length of a pendulum and its time of swing, and dealt with circular motion. 