Problem 16. 17. (II) Two blocks, with masses ms and mB, are connected to each other and to a central post by thin rods as shown in Fig. 5-41. The blocks revolve about the post at the CPsame frequency f (revolutions per second) on a frictionless horizontal surface at distances rA and rg from the post. Derive an algebraic expression for the tension in each rod. FIGURE 5-41 тв. mA Problem 17. A ГВ Tarzan plans to cross a gorge by swinging in an arc 18 (

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Chapter1: Units, Trigonometry. And Vectors
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Two blocks, with masses mand mB, are connected to each other and to a central post by thin rods as shown in Fig. 5-41. The blocks revolve about the post at the same frequency (revolutions per second) on a frictionless horizontal surface at distances rand rfrom the post. Derive an algebraic expression for the tension in each rod. 

Problem 16.
17. (II) Two blocks, with masses ms and mB, are connected
to each other and to a central post by thin rods as
shown in Fig. 5-41. The blocks revolve about the post at the
CPsame frequency f (revolutions per second) on a frictionless
horizontal surface at distances rA and rg from the post.
Derive an algebraic expression for the tension in each
rod.
FIGURE 5-41
тв.
mA
Problem 17.
A
ГВ
Tarzan plans to cross a gorge by swinging in an arc
18 (
Transcribed Image Text:Problem 16. 17. (II) Two blocks, with masses ms and mB, are connected to each other and to a central post by thin rods as shown in Fig. 5-41. The blocks revolve about the post at the CPsame frequency f (revolutions per second) on a frictionless horizontal surface at distances rA and rg from the post. Derive an algebraic expression for the tension in each rod. FIGURE 5-41 тв. mA Problem 17. A ГВ Tarzan plans to cross a gorge by swinging in an arc 18 (
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