For the mechanism shown in Figure P4.6, determine (a) the speed of point C as a...

 

Transcribed Image Text:

For the mechanism shown in Figure P4.6, determine (a) the speed of point C as a function of 0₂ (b) the magnitude of the relative velocity of B4 with respect to B₂ as a function of 0₂ (c) the magnitude of the sliding acceleration of B4 with respect to B₂ as a function of 0₂ (d) the maximum magnitude of the sliding velocity of B4 with respect to B₂ during a complete rotation of link 2, and the corresponding value(s) of 0₂ when this takes place (e) the maximum magnitude of the sliding acceleration of B4 with respect to B₂ during a complete rotation of link 2, and the corresponding value(s) of 0₂ when this takes place Use a complex number approach. TO₂B₂ = 4.0 cm; ₂= 200 rpm CCW (constant) 7772 5.0 cm mm 30⁰ B₂ on 2 Bon 4 For the mechanism shown in Figure P4.6, determine (a) the speed of point C as a function of 0₂ (b) the magnitude of the relative velocity of B4 with respect to B₂ as a function of 0₂ (c) the magnitude of the sliding acceleration of B4 with respect to B₂ as a function of 0₂ (d) the maximum magnitude of the sliding velocity of B4 with respect to B₂ during a complete rotation of link 2, and the corresponding value(s) of 0₂ when this takes place (e) the maximum magnitude of the sliding acceleration of B4 with respect to B₂ during a complete rotation of link 2, and the corresponding value(s) of 0₂ when this takes place Use a complex number approach. TO₂B₂ = 4.0 cm; ₂= 200 rpm CCW (constant) 7772 5.0 cm mm 30⁰ B₂ on 2 Bon 4

Answer rating: 100% (QA)

I Input Data are o Regular Employee cost 2400 per employee o Overtime Employee cost 3300 ... View the full answer