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The surface of a plate of uniform thickness is given by the shaded area in Fig. P-6-6.14. If this plate is suspended from a hinge at A, what angle will line AB make with the vertical? #youtubecontent #newvideo #subscribers #youtubevideo #youtubevideos #differential #calculus #maths #cesolves #tagalog

Determine the dimension b that will locate the centroidal axis at 4 in. above the base of the base of the section shown in Fig. P-6-6.10. #youtubecontent #newvideo #subscribers #youtubevideo #youtubevideos #differential #calculus #maths #cesolves #tagalog

Referring to Prob. 5-4.17, if the coefficient of the friction is 0.60 and θ =30, what force P applied to B acting down and parallel to the incline will start motion? What will bee the tension in the cord attached to A? #youtubecontent #newvideo #subscribers #youtubevideo #youtubevideos #differential #calculus #maths #cesolves #tagalog

Block A in Fig. P-5-4.17 weighs 120lb block B weighs 200lb, and the cord is parallel to the incline. If the coefficient of friction for all surfaces in contact is 0.25, determine the angle θ of the incline for which motion of B impends. #youtubecontent #newvideo #subscribers #youtubevideo #youtubevideos #differential #calculus #maths #cesolves #tagalog

A homogenous block of weight W rests upon the incline shown in Fig. P-5-4.14. If the coefficient of friction is 0.30, determine the greatest height at which a force P parallel to the incline my be applied so that the block will slide up the incline without tipping over. #youtubecontent #newvideo #subscribers #youtubevideo #youtubevideos #differential #calculus #maths #cesolves #tagalog

Find the least value of P that will just start the system of blocks shown in Fig P-5-4.13 moving to the right. The coefficient of friction under each block is 0.30. #youtubecontent #newvideo #subscribers #youtubevideo #youtubevideos #differential #calculus #maths #cesolves #tagalog

Bodies A and B are joined by a cord parallel to the inclined plane shown. Under Body A which weighs 200lb, f=0.20 while f=0.50 under body B which weighs 300lb. Determine the angle θ at which motion impends. What is then the tension in the cord ? #youtubecontent #newvideo #subscribers #youtubevideo #youtubevideos #differential #calculus #maths #cesolves #tagalog

EXACT EQUATIONS #03| (2xy-3x^2) dx (x^2 y) dy=0 #youtubecontent #newvideo #subscribers #youtubevideo #youtubevideos #differential #calculus #maths #cesolves #tagalog

INTEGRATING FACTORS #01 | (x^2 y^2 1) dx x(x-2y)dy=0 #youtubecontent #newvideo #subscribers #youtubevideo #youtubevideos #differential #calculus #maths #cesolves #tagalog

INTEGRATING FACTORS | Step-by-Step Process with Examples Reference: Elementary Differential Equation 7th Edition, Rainville and Bedient #youtubecontent #newvideo #subscribers #youtubevideo #youtubevideos #differential #calculus #maths #cesolves #tagalog

EXACT EQUATIONS #22| 2xy dx (y^2-x^2) dy=0 #youtubecontent #newvideo #subscribers #youtubevideo #youtubevideos #differential #calculus #maths #cesolves #tagalog

EXACT EQUATIONS #21| 2xy dx (y^2 x^2) dy=0 #youtubecontent #newvideo #subscribers #youtubevideo #youtubevideos #differential #calculus #maths #cesolves #tagalog

EXACT EQUATIONS #05| (2xy y) dx (x^2-x) dy=0 #youtubecontent #newvideo #subscribers #youtubevideo #youtubevideos #differential #calculus #maths #cesolves #tagalog

EXACT EQUATIONS #10| v(2uv^2-3) du (3u^2v^2-3u 4v) dv=0 #youtubecontent #newvideo #subscribers #youtubevideo #youtubevideos #differential #calculus #maths #cesolves #tagalog