The ideal width of a certain conveyor belt for a manufacturing plant is 50 in. Conveyor belts can vary from the ideal width by at most 7/32 in.
Answers
If the ideal is 50 and the max variation is 7/32in, then that's 7/32 under 50 and 7/32 over 50.
So, 50-7/32= 49 25/32, and 50+7/32 = 50 7/32.
So the acceptable width is 49 25/32 to 50 7/32.
Answer;
The acceptable width is 49 25/32 and 50 7/32
That is; 49 25/32 ≤ x ≥ 50 7/32
Explanation;
-If the ideal is 50 and the max variation is 7/32 inches, then that's 7/32 under 50 and 7/32 over 50.
Therefore; 50-7/32= 49 25/32, and 50+7/32 = 50 7/32.
x ≤ 50 7/32 and x ≥ 49 25/32
Thus; the acceptable width is 49 25/32 ≤ x ≥ 50 7/32.
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Answers
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45º
60º
90º
180º
Answers
The measure is C.
Given,
CD is tangent to the circle A at point B.
We have to find the measure of .
Tangent:
We know that,
- Tangent to a circle is the line that touches the circle at only one point. There can be only one tangent on a point to circle.
- The Tangent makes an angle of
with the radius of the circle at the point of contact.
Hence is
.The correct option is C.
For more details about tangent, follow the link:
Answers
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log (2x+3)=3 ⇔ 10³=2x+3
we have the following equation:
10³=2x+3
1000=2x+3
2x=1000-3
2x=997
x=997/2
x=498.5
Answer: x=498.5
Answer:
997/2
Step-by-step explanation:
Answers
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That's because IJ and UV are both in between two angles which are congruent to each other
Answer:
A
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Answers
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first converts degrees to radians
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