A building in a city has a rectangular base. The length of the base measures 65 ft less than twice the width. The perimeter of t
1 answer:
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The equation would be
V= \pi r^{2} h[/tex]
so if you substitute, you'd have to solve for the radius, which can be found by doing
This gives you
So now we can solve for the volume by using the substituted values in the original equation
which simplifies down to
so you could answer
or
84556941663448.00
I would recommend the one in scientific notation
V= \pi r^{2} h[/tex]
so if you substitute, you'd have to solve for the radius, which can be found by doing
This gives you
So now we can solve for the volume by using the substituted values in the original equation
which simplifies down to
so you could answer
or
84556941663448.00
I would recommend the one in scientific notation
Answer:
Quadrant II
Step-by-step explanation:
I attached an image of the quadrants system.
You'll see that the scenario where we have a point with a negative X value and a positive Y value, it belongs to Quadrant II.
Quadrant I
Degrees: 0-90
X values: positive (+)
Y values: positive (+)
Quadrant II
Degrees: 90-180
X values: negative (-)
Y values: positive (+)
Quadrant III
Degrees: 180-270
X values: negative (-)
Y values: negative (-)
Quadrant IV
Degrees: 270-360
X values: positive (+)
Y values: negative (-)
