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What else can I help you with?
What quadrant would pi over 5 be in?
Pi / 5 would be in Quadrant I.
Is pi quadrant?
No
What quadrant would 7 pi over 5 be in?
7*pi/5 = 1.4*pi pi < 1.4*pi < 1.5*pi and so the angle is in the third quadrant.
How you find the perimeter of a quadrant?
2r + (2pi r)/4 or 2r x (1 + pi/4) eg radius 3 units, circumference 6 pi units, arc of quadrant 1.5 pi units, plus 2 x radius ie 6 so P = (1.5 pi + 6) units (approx 10.7)
Formula to find the area of a quadrant?
Oh, what a happy little question! To find the area of a quadrant, you simply take the area of a full circle (πr^2) and divide it by 4, since a quadrant is one-fourth of a circle. Just remember to use the radius of the circle to calculate the area of the quadrant. Happy calculating!
What quadrant would pi over 5 be in?
Pi / 5 would be in Quadrant I.
What quadrant would you find pi over 5 in?
Pi / 5 would be in Quadrant I.
Is pi quadrant?
No
What quadrant would 7 pi over 5 be in?
7*pi/5 = 1.4*pi pi < 1.4*pi < 1.5*pi and so the angle is in the third quadrant.
What is the quadrant of 8.3?
8.3 Radians? is in the second quadrant. 8.3/pi*180 is about 115. 115 is in the second quadrant.
What is formula of perimeter of quadrant?
In a circle of radius, r, perimeter of quadrant = pi*r/2 + 2r = r*(pi/2 + 2)
How you find the perimeter of quadrant?
If you the radius of the circle is r then the perimeter of a quadrant = r*(2 + pi/2).
What quadrant is 28pi divided by 3 in?
9.3333
How do you find area of a quadrant circle?
If the radius of the circle is r, then the area of the quadrant is 0.25*pi*r^2
Formula to find circumference of quadrant?
Circumference of a circle = 2 * pi * r pi = 3.1415926535897932384626433832795 r= radius of circle Hence Circumference of a Quadrant = 2 * pi * r / 4 = pi * r / 2 = 0.5 * pi * r For more accurate value of pi, please refer: http://en.wikipedia.org/wiki/Pi
How do you calculate area of a quadrant?
If you know the radius then pi r2/4
What are the measure of the angles in quadrant 1?
The angles in quadrant one measure between 0 degrees and 90 degrees. In radians, that's between 0 and pi/2. Quadrant one is the quadrant where both X and Y (or cosine theta and sine theta) are positive.
