A metal ball of radius 1 cm is dropped straight down from the top of a tall graduated cylinder fullof glycerin liquid. ( use the data in the table)?Density of the Velocity ofg(Radius ofthe ball(cm)Density of theball (gm/cm3) m/sec2)liquidthe ball(gm/cm3)(cm/sec)1cm2.79801.23what is the viscosity constant of the glycerin?Select one:а. 45poiseb. 24poiseс. 108рoised. 3броisee. 54poise

SOlution: Given that radius r = 1 cm density of ball = 2.7gm/cm3 density of glycerine = 1.2 g/cm3…

A metal ball of radius 1 cm is dropped straight down from the top of a tall graduated cylinder ful of glycerin liquid. ( use the data in the table)? Density of the Velocity of liquid Radius of the ball(cm) Density of the the ball ball (gm/cm3) m/sec2) (gm/cm3) (cm/sec) 1cm 2.7 980 1.2 3 what is the viscosity constant of the glycerin? Select one: a. 45poise b. 24poise с. 108рoise d. 36роise е. 54poise

A metal ball of radius 1 cm is dropped straight down from the top of a tall graduated cylinder ful of glycerin liquid. ( use the data in the table)? Density of the Velocity of liquid Radius of the ball(cm) Density of the the ball ball (gm/cm3) m/sec2) (gm/cm3) (cm/sec) 1cm 2.7 980 1.2 3 what is the viscosity constant of the glycerin? Select one: a. 45poise b. 24poise с. 108рoise d. 36роise е. 54poise

College Physics

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter12: Fluid Dynamics And Its Biological And Medical Applications

Section: Chapter Questions

Problem 13PE: Water is moving at a velocity of 2.00 m/s through a hose with an internal diameter of 1.60 cm. (a)...

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