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The volume of the right angled cylinder is = 22/7 * r2 *h where r is the radius of the radius of the circle & h is the height of the cylinder the ans of ur question is 22/7*14*14*31=19096 unit2
H. V. R. Iyengar died in 1978.
The total surface area is 2*pi*r*(r + h) where r is the radius and h the height.= 2*pi*2.5*8.5 = 133.52 sq yards.The total surface area is 2*pi*r*(r + h) where r is the radius and h the height.= 2*pi*2.5*8.5 = 133.52 sq yards.The total surface area is 2*pi*r*(r + h) where r is the radius and h the height.= 2*pi*2.5*8.5 = 133.52 sq yards.The total surface area is 2*pi*r*(r + h) where r is the radius and h the height.= 2*pi*2.5*8.5 = 133.52 sq yards.
V = ⅓•π•r²•h Where: - V: Volume of Cone - π: Constant (Ratio of Circumference to Diameter for any Circle) - r: Radius of Base - h: Vertical Height Tsa = π•r(r+√(r²+h²)) = π•r(r+l) Where: - Tsa: Total Surface Area (i.e. Base inclusive) - π: Constant (Ratio of Circumference to Diameter for any Circle) - r: Radius of Base - h: Vertical Height - l: Slant Height = √(r²+h²) (Using Pythagorean Theorem) SA = π•r(√(r²+h²)) = π•r•l Where: - SA: Lateral Surface Area - π: Constant (Ratio of Circumference to Diameter for any Circle) - r: Radius of Base - h: Vertical Height - l: Slant Height = √(r²+h²) (Using Pythagorean Theorem)
Kenneth R. H. Mackenzie was born on 1833-10-31.
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H&R made thousands of revolvers.
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volume of a : cube:a*a*a where a is its side cuboid:l*b*h where l is its length,b is its breadth,h is its height cone:1/3 pi r*r*h where r is its radius and h is its height cylinder:pi r*r*h where r is its radius and h is its height these are the ready made formulas formed by integration .
The volume of the right angled cylinder is = 22/7 * r2 *h where r is the radius of the radius of the circle & h is the height of the cylinder the ans of ur question is 22/7*14*14*31=19096 unit2
Congratulations! You already have. h = S+r
(Pi x R x R) x H... Where R is the radius of the shaft and H is the height.
R T P and H H wrote BC.
R. H. Bear was born in 1962.
H. R. was born on February 11, 1956.
H. R. Dysard died in 1960.