Consider circle T with radius 24 in. and θ = radians.

What is the length of minor arc SV?

To find the length of a minor arc on a circle, we can use the formula:

Length of arc = θ * circumference / (2π)

Where θ is the central angle in radians and the circumference is equal to 2π times the radius.

Given that the radius of circle T is 24 inches, the circumference would be:

Circumference = 2π * 24
Circumference = 48π

Plugging this into the formula, the length of the minor arc SV can be calculated as:

Length of arc SV = θ * circumference / (2π)
Length of arc SV = θ * 48π / (2π)
Length of arc SV = θ * 24

Since the value of θ is not provided in the question, we need more information in order to calculate the length of minor arc SV.

To find the length of minor arc SV, we need to know the measure of the central angle θ. However, you haven't provided the value of θ in radians. Could you please provide the specific value of θ in radians?

well, s = rθ

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