Answer:
Long story short, the answer is C.) 210
Answer:
one solution
x=-20
Answer:
-20
Step-by-step explanation:
-6(x+7)=-4x - 2
-6x - 42 =-4x - 2
-6x +4x=-2+42
-2x=40
x=-40:2
x=-20
≈0.67pi in., ≈1.83pi in., ≈3.67pi in., or ≈1.33pi in.
The arc length of TV is ≈ 3.67π in.
Arc length is the distance between two points along a section of a curve.
Given:
∠SMV = 48 and MT= 5 in
As, ∠SMV and ∠VMT are forms linear pair. So,
∠VMT + ∠SMV = 180∘
∠VMT= 180 - ∠SMV
∠VMT = 180∘ − 48∘
∠VMT =132∘
Now, length of arc will be,
= /360 2πr
=132/360*2*π*5
=132/360*10π
=33/9π
≈ 3.67π in.
Hence, the arc length of TV is ≈ 3.67π in.
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Answer: ≈ 3.67π in.
Step-by-step explanation:
∠SMV and ∠VMT are supplementary. Therefore,
m∠VMT = 180∘ − m∠SMV
It is given that m∠SMV = 48∘. Substitute the given value and simplify.
m∠VMT = 180∘ − 48∘
=132∘ Arc length is the distance along an arc measured in linear units. The formula for Arc Length is L= 2πr (m∘/360∘).
The length of the radius is given as 5 in. Substitute the known values into the formula.
L= 2π (5) (132/360)
Simplify.
L= 33/9π
Round to the nearest tenth.
L ≈ 3.67π in.
Therefore, the arc length of TV is ≈ 3.67π in.
Answer:
Inequality:
Solved:
Step-by-step explanation:
9.55 minutes
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