Physics Practical on Horizontally Vibrating Rule Experiment Solution

This video gives the solution to physics practical for the Horizontaly Vibrating Rule experiment M6. In this video you’ll learn how to conduct and complete the table of the Horizontally Vibrating Rule experiment as well as plot the graph of the Horizontally Vibrating Rule experiment, deduce the relationship between the periodic time T and the length L of a bifilar suspension of a half-metre rule from the experiment and much more.
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[@OgbonnahEmmanuelChibuike-is7ee]

Great video 📷

[@jonahemmanuelteaches]

Thank you

[@joychidinma1025]

Wonderful layed out solvings

[@chi_besh2812]

Can you extend your slope triangle to the negative axis

[@jonahemmanuelteaches]

Sure, sure 👍

[@chi_besh2812]

Please explain how you got the antilog

[@jonahemmanuelteaches]

Punch your calculator.

[@user-wg9yx9go4k]

Sir pls what scale did you use cos i am not seeing d 10.00,20.00,30.00,40.00,50.00,60.00,70.00 and 80.00 on ur log l axis

[@jonahemmanuelteaches]

Take log of I

[@iamchozn]

Sir, how can the error for c be the slope of the graph? i think there's a mistake there. Please help check

[@codiware]

Sir please do for exp m5 and m7, we are having it today and our group is submitting on Friday

[@jonahemmanuelteaches]

Ok then

[@codiware]

@@jonahemmanuelteaches thank you sir, please sir what location do you normally teach at on Saturdays

[@Campus_lifestyle]

U don't actually need to do that... just take the antilog of the intercept..to get A

[@jonahemmanuelteaches]

Already done