Ask a New Question

Question

If the volume of a cylindrical block is equal to 800cm^3 prove that the total surface area is equal to 2(pi)x^2 + (1600)/x, where x cm is the radius of the base. hence obtain the value x which makes the surface area a minimum.
13 years ago

Answers

Related Questions

the volume of a cylindrical tin can with a top and a bottom is to be 16*pi cubic inces. if a minimum... the volume of an cylindrical can with a radius r cm and height h cm is 128000 c^3, show that the su... the volume of a cylindrical tank is V(h)= pi(h^3+6h^2+9h) The volume of a tank can be modeled b... A cylindrical object of volume V is immersed completely in a liquid.  is the density of the object... A cylindrical can has a volume of 5625π cubic centimeters. Its height is 25 centimeters. What is the... A cylindrical can of volume 198cm has a height of 7cm. find the radius of the cylindrical a cylindrical can has a volume of 198cm3, has a height of 7cm .find the radius of the cylinder The top of a cylindrical can has a diameter of 7 cm. What is the circumference of the can, rounded t... The volume of the cylindrical candle is 6 cubic centimeters. What is the volume of the spherical can... volume of cylindrical water tank with diameter of 8 feet and height of 12 feet
Ask a New Question
Archives Contact Us Privacy Policy Terms of Use