Oil (dynamic viscosity) between a block of mass M (5 kg) and the substrate (μ = 1.6 Pa.s), oil film thickness (h = 0.7 mm)). Block base surface Its area is given as A = 28 cm2. Block m (1kg weight) with a wire rope It depends on the mass. At time t = 0, mass m is released. According to these data; a) Find the viscous forces when the block moves with V = 1 m / s velocity. b) Derive an equation for the block velocity as a function of time (t). c) Plot the velocity-time variation for t = 0 and t = t.
Oil (dynamic viscosity) between a block of mass M (5 kg) and the substrate (μ = 1.6 Pa.s), oil film thickness (h = 0.7 mm)). Block base surface Its area is given as A = 28 cm2. Block m (1kg weight) with a wire rope It depends on the mass. At time t = 0, mass m is released. According to these data; a) Find the viscous forces when the block moves with V = 1 m / s velocity. b) Derive an equation for the block velocity as a function of time (t). c) Plot the velocity-time variation for t = 0 and t = t.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Oil (dynamic viscosity) between a block of mass M (5 kg) and the substrate
(μ = 1.6 Pa.s), oil film thickness (h = 0.7 mm)). Block base surface
Its area is given as A = 28 cm2. Block m (1kg weight) with a wire rope
It depends on the mass. At time t = 0, mass m is released. According to these data;
a) Find the viscous forces when the block moves with V = 1 m / s velocity.
b) Derive an equation for the block velocity as a function of time (t).
c) Plot the velocity-time variation for t = 0 and t = t.
Transcribed Image Text:Blok
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