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Kay [80]
3 years ago
15

An upright clothes washer spins clothes around 30 times in 12 seconds. Its radius is 0.20m. What is the tangential velocity of t

he clothes in the washer?

Physics
2 answers:
ankoles [38]3 years ago
4 0

Explanation:

Below is an attachment containing the solution.

ziro4ka [17]3 years ago
4 0

Answer:

<em>3.142 m/sec</em>

Explanation:

Tangential velocity is the velocity measured along the path of a rotating body, which is tangent forms a tangent with the path.

The tangential velocity of the washer can be obtained using equation 1:

V = ω x r

where is the tangential velocity

ω is the angular velocity

r is the radius = 0.20 m.

Calculating for the angular velocity

ω = \frac{Number of revolutions}{time}

given the number of revolution as 30 and time 12 secs our angular velocity can be obtained as;

ω = \frac{30}{12 secs}

ω  = 2.5 rev/secs

angular velocity is measured in rad/sec so we have to convert our answer;

1 rev/sec = 2π rad/rev

2.5 rev/secs = 2π rad/rev x 2.5 re/secs = 15.71 rad/sec

the answer will be substituted into the expression in equation 1 to obtain the tangential velocity;

V = 15.71 rad/sec x 0.20 m

V = 3.142 m/sec

Therefore the tangential velocity of the washer is <em>3.142 m/sec</em>

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