How to calculate period physics
[DOC File]Honors/CP Physics
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1.Calculate the momentum of the Titanic (m = 4.2 x 107 kg) moving at 14 knots (1 kt = 1.852 km/h). ... If the physics student jumps off with a speed of 2.1 m/s, how fast is the Laser going after she jumps? ... loaded) is travelling at 11 m/s when the engines are put in reverse. The engine produces a force of 1.0 x 106 N for a period of 20.0 ...
[DOC File]The Measurement of Mass - WFU Physics
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The procedure is repeated, and the period T is determined for four values of m2, where m1 = 0.012 kg and r = 0.80 m. c. Use the blank rows in the data chart to calculate the quantities from part (b) m2 (kg) 0.020 0.040 0.060 0.080 T (s) 1.40 1.05 0.80 0.75 d.
[DOC File]PENDULUM
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Keeping the mass and amplitude constant, measure the period as above for at least 5 different string lengths. Be sure to take data three times and get an average period and an average deviation for each string length. 2. Using equation (1) and the values of your length, calculate the period for the pendulum and enter the value into the data table.
How to Calculate the Period of Motion in Physics | Sciencing
Calculate the period by taking your time and dividing by ten, T = t/10. Repeat three more times, each time adding 20-gram masses to the hanger. Remove the …
[DOC File]Module 1 - HACH A-Level Physics
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Determine the period of the inertia balance with no mass in the tray. This is the zero-point period and it is related to the mass of the apparatus. Determine the period of an unknown mass by placing it in the tray and repeating steps 1-3. Determine the period of the unknown mass when it is suspended using the nail and repeating steps 1-3.
[DOC File]PENDULUM
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A mallard duck, resting on the water, takes off and reaches a speed of 35 km/h in 4.0 min. Calculate the average acceleration of the duck in km/min2. min2. 33. A snowmobile reaches a final speed of 22.5 m/s after accelerating at 1.2m/s2 for 17 s. What was the initial speed of the snowmobile? 2.1 m/s. 34.
[DOC File]Physics 4A Lab 8: THe Simple Pendulum
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Jul 28, 2008 · that peak. Calculate the period by taking your time and dividing by ten, T = t/10. 5. Repeat three more times, each time adding 20-gram masses to the hanger. 6. Remove the spring from the spring clamp and take off the mass hanger. Measure the actual mass of the spring. Actual mass of the spring: ms = _____kg. Data Table II. Hanging mass, m
[DOC File]Pre-Test Physics (Questions and Answers)
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Sep 06, 2017 · (c) A simple pendulum of time period 1.90 s is set up alongside another pendulum of time period 2.00 s. The pendulums are displaced in the same direction and released at the same time. Calculate the time interval until they next move in phase. Explain how you arrive at your answer.
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