A adult with a mass of 30kg jumps into a swimming pool tucked into a ball-like...
A adult with a mass of 30kg jumps into a swimming pool tucked into a ball-like shape, with a radius of 30 cm, a velocity of 0.11 m/s (was calculated to find buoyancy), buoyancy force of 1078 N and a gravity force of -294 N.
With this information, calculate the terminal velocity of the adult still balled up as he sinks in the pool
*density: 1000 kg/m^3
*viscosity: 8.9*10^-4 kg/ms
*gravity: 9.8 m/s^2
*Please answer this to the best of your ability, I've been having trouble with it
Homework Answers
IPLEASE
NOTE THAT IF YOU SOLVE ABOVE EQUATION NUMBER 1 BY PUTTING VALUES OF
Fb, W and Fv YOU'll GET THIS DIRECT VALUE SHOWN BELOW AND ALSO
NOTICE THAT VISCOSITY IS DYNAMIC OR ABSOLUTE NOT KINEMATICSO KEE IN
MIND WHILE SOLVING PROBLEMS
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