Q3/The torque, T needed toturn the torsion spring of amousetrap through an angle,is given below.Angle, eTorque, TRadians N-m0.698132 0.1882240.9599310.2091381.1344640.2300521.5707960.2509651.9198620.313707Table: Torque vsAngle for torsional spring Findthe constants for the modelgiven by T1=K1+K2OTable: Torque vs Angle for atorsional springAngle, 8Torque, TRadiansN-m0.6981320.1882240.9599310.2091381.1344640.2300521.5707960.2509651.9198620.313707

The principle of least square can be used to fit the required curve or straight line for the given…

Answered: Angle, 8 Torque, T Radians N-m 0.698132…

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Angle, 8 Torque, T Radians N-m 0.698132 0.188224 0.959931 0.209138 1.134464 0.230052 1. 570796 0250965

International Edition---engineering Mechanics: Statics, 4th Edition

4th Edition

ISBN:9781305501607

Author:Andrew Pytel And Jaan Kiusalaas

Publisher:Andrew Pytel And Jaan Kiusalaas

Chapter7: Dry Friction

Section: Chapter Questions

Problem 7.61P

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Question

Q3/The torque, T needed to
turn the torsion spring of a
mousetrap through an angle,
is given below.Angle, e
Torque, TRadians N-
m0.698132 0.1882240.959931
0.2091381.134464
0.2300521.570796
0.2509651.919862
0.313707Table: Torque vs
Angle for torsional spring Find
the constants for the model
given by T1=K1+K2O
Table: Torque vs Angle for a
torsional spring
Angle, 8
Torque, T
Radians
N-m
0.698132
0.188224
0.959931
0.209138
1.134464
0.230052
1.570796
0.250965
1.919862
0.313707

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