Question

6.04 Sin \( 12 \tan \& \rho \) our-matrix.com/exams/solve-exam/43 5 In the opposite figure : \( \overline{A B} \) is a uniform rod of weight 90 kg . wt and the length 40 cm if the rod rests horizontally on a support at a distance 10 cm from \( A \) and its end \( B \) is hanged by a light string, then \( R-T=\cdots \mathrm{kg} \).wt a) 30 b) 80 c) 90 d) 70 1.5 Degree

          6.04 Sin \( 12 \tan \& \rho \)
our-matrix.com/exams/solve-exam/43

5 In the opposite figure :
\( \overline{A B} \) is a uniform rod of weight 90 kg . wt and the length 40 cm if the rod rests horizontally on a support at a distance 10 cm from \( A \) and its end \( B \) is hanged by a light string, then \( R-T=\cdots \mathrm{kg} \).wt
a) 30
b) 80
c) 90
d) 70
1.5 Degree

6.04 Sin 12 tan&ρ
our-matrix.com/exams/solve-exam/43

5 In the opposite figure :
A B is a uniform rod of weight 90 kg . wt and the length 40 cm if the rod rests horizontally on a support at a distance 10 cm from A and its end B is hanged by a light string, then R-T=⋯kg.wt
a) 30
b) 80
c) 90
d) 70
1.5 Degree

Added by Darnell C.

University Physics with Modern Physics In SI Units

Hugh D Young; Roger A Freedman 15th Edition

Chapter 11

Instant Answer

Solved by Expert Sonu L

Step 1

- The rod has a weight of 90 kg acting at its center of gravity, which is 20 cm from both ends since the rod is uniform. - There is a reaction force \( R \) at the support point, 10 cm from \( A \). - There is a tension \( T \) in the string at end \( B \). Show more…

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6.04 Sin \( 12 \tan \& \rho \) our-matrix.com/exams/solve-exam/43 5 In the opposite figure : \( \overline{A B} \) is a uniform rod of weight 90 kg . wt and the length 40 cm if the rod rests horizontally on a support at a distance 10 cm from \( A \) and its end \( B \) is hanged by a light string, then \( R-T=\cdots \mathrm{kg} \).wt a) 30 b) 80 c) 90 d) 70 1.5 Degree