钟摆的周期-Period-of-a-Pendulum PeriodofaPendulum L/O/G/O 1 Hypothesis…..•Ifthemassofthebobisincreasethentheperiodwillbelonger Theperiodofpendulumwillbeaffectedbythemass 2 Variables….Dependentvariable:Period(time)Independentvariable:massofthebob Controlledvariable:angleofdisplacement,lengthofpendulum,...
钟与摆的周期 Period of a Pendulum.ppt,Period of a Pendulum Hypothes is….. If the mass of the bob is increase then the period will be longer The period of pendulum will be affected by the mass Variables…. Controlled variables…. Data collection Analysis
The solution is to find a mathematical formula that will predict the period of the Pendulum from the length of the string. This formula can be checked against the known measurements, then used to calculate the string length for the 5 second pendulum. B3.1: The ratios between the measurements...
To find the period of a pendulum, you need a stopwatch. The period of the pendulum is the amount of time it takes for it to complete a full swing back... See full answer below.Become a member and unlock all Study Answers Start today. Try it now Create an account Ask a question...
•Thiscanbetheevidenceforwhywetimed10periodsduringapendulumexperimentratherthanonlyone,ifwemeasuremanyperiodsourerrordoesnotincrease,wecangetamoreaccurateanswerbytiming10periods.-9ourhypothesiswaswrong,wethoughtthatifthemassincreasethentheperiodwillbelongerbutrealdataprovedthatthereisnorelationshipbetweenthemassandthe...
a) What should the distance 'd' be so that the period of the pendulum is 2.5 seconds? b)Suppose that the pendulum clock loses 5.00 min/d. To make sure your grandmother will not be late for her quilting parties, you decide to adjust the clock back to its proper period. How far and...
The formula for determining the period of a pendulum is T = 2π √L/g, where L is the length of the pendulum and g is the acceleration due to gravity. Successive cycles are called periods. The period of pendulum is the time it takes the pendulum to make one full back and forth ...
A pendulum swings back and forth six times in 17 seconds. What is the period of the pendulum? (In the explanation of your solution, emphasize the formula to be used.) It takes 4 seconds for a pendulum to swing back and forth. What is the frequency and period of ...
They also mention their attempts to derive the equation for the period of a pendulum and ask for guidance. Another person provides a clear explanation and derivation of the formula using torque and acceleration, and suggests comparing the results with the known formula for further validation. The ...
If you saw my explanation to the problem about the pendulum, I got their the formula for its period. From this formula we can find g - acceleration due to gravity. g = 4π2 l / T 2 We can experimentally measure the acceleration of free fall g by plotting the graph...