Can someone please help me solve this I’m having a hard time Analysis1. For each case, write the mass and string length, and calculate the average radius, period, angle(0), tane, sine, measured speed (meas,= 2лr/period) and the predicted tangential speed:Vored = sqrt(L g sine tane).2. Compare the Vmeas to Vored for each case.Case Mass Length (L)1234Radius PeriodAve.1.2.e (sin-¹, tane siner/L)Vmeas VpredQuestions/Conclusions:Does the mass of the object affect the measured or predicted tangential speed?How does the string length (L) affect the measured or predicted tangential speed? DataCase Mass (g) Length ofString (cm)162.3165.1130.0133.01234193.1490.0193.1490.0x-radius(cm)35.534.030.026.0y-radius(cm)38.038.538.025.0Number ofRevolutions7986Time (s)15.8918.1914.9510.72

Answered: Image /qna-images/answer/22ab124e-f543-45fc-8be4-815fd21b57dc.jpg

Analysis For each case, write the mass and string length, and calculate the average radius, period, angle (e), tane, sine, measured speed (meas= 2nr/period) and the predicted tangential speed: Vored = sqrt(Lg sine tane). 2. Compare the Vmeas to Vored for each case. Case Mass Length (L) Radius Period Ave. 1 2 3 4 e (sin-¹, tane sine r/L) 1. 2. Vmeas Questions/Conclusions: Does the mass of the object affect the measured or predicted tangential speed? How does the string length (L) affect the measured or predicted tangential speed? Vpred

Analysis For each case, write the mass and string length, and calculate the average radius, period, angle (e), tane, sine, measured speed (meas= 2nr/period) and the predicted tangential speed: Vored = sqrt(Lg sine tane). 2. Compare the Vmeas to Vored for each case. Case Mass Length (L) Radius Period Ave. 1 2 3 4 e (sin-¹, tane sine r/L) 1. 2. Vmeas Questions/Conclusions: Does the mass of the object affect the measured or predicted tangential speed? How does the string length (L) affect the measured or predicted tangential speed? Vpred

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter1: Getting Started

Section: Chapter Questions

Problem 9PQ: The distance to the Sun is 93 miIlion miles. What is the distance to the Sun in the appropriate SI...

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