Area measured in square units = 1/2*(sum of parallel sides)*height If a and b are parallel, and b>a ((a+b) sqrt((a-b+c-d) (a-b-c+d) (a-b+c+d) (-a+b+c+d)))/(4 (b-a))
c
The diagonal of a square whose area is 36 is the square root of 72, or about 8.49. Since the area of a square is side(squared), then the sides are each 6. Then since a(squared) + b(squared) = c(squared), for a triangle (the diagonal), you get the square root of 72.
XY = area of the rectangle. We know the region 'a' and 'b', but are left with two unknowns: region 'c' and the gray area. Since we have no data on the gray area, we can't know region 'c
Find the dimensions of the rectangle of largest area that can be inscribed in a circle of radius a in C programming
By using that one thing.
To find the area of a circle knowing only the circumference, you can use the formula A = (C^2) / (4π), where A is the area and C is the circumference. Square the circumference, then divide it by 4π to get the area.
I don't use that function in C programme.
you can use strstr()
area of a square :c x c 16 x 16=256
The area of Charles C. Deam Wilderness Area is 52.346 square kilometers.
The area of William C. Whitney Wilderness Area is 83.203 square kilometers.
you use the Pythagorean theorem. a^2+b^2=c^2
find the area of abc a[2,3] c[6,0]
The area of C. J. Strike Reservoir is 30.351 square kilometers.
Area measured in square units = 1/2*(sum of parallel sides)*height If a and b are parallel, and b>a ((a+b) sqrt((a-b+c-d) (a-b-c+d) (a-b+c+d) (-a+b+c+d)))/(4 (b-a))
First add the lengths of the three sides, a,b,c and divide by two (= half the perimeter). Call that S. Area = square root of (S*(S-a)*(S-b)*(S-c)) First the subtractions, then the multiplications and finally the square root.