29 Answered Questions for the topic Volume Of A Cylinder
Which equation can be used to find the height of the cylinder if you know its volume and radius?
The volume of this cylinder is 8,167.14 cubic centimeters.The height is 9 centimeters. What is the radius?
If the volume of a cylindrical can is 198.3 cm3 and height is 4.2 cm, what is the circumference?
How much 3/8 copper do I need to equal a 3/4 pex water pipe
What is the ratio of cylinder volume to rectangular prism volume?
my tank is 21 feet long 8 feet wide 8 feet tall what volume does it hold
find the depth of water in the tray.
How to find volumes from only given height and cost
the playing chips of a board game are stored in cylindrical plastic cases. the plastic cases have a volume of 25 120 mm^3 and a diameter of 40 mm.
A cylinder and a cone have the same volume. The cylinder has radius xx and height yy. The cone has radius 3x3x. Find the height of the cone in terms of yy.
what is the volume of a cylinder when the height is 8.1 inches?
A cylinder has a radius of 8 in. and height of 10 in. How does the volume of a cone with the same dimensions compare to the volume of the cylinder?
the volume of a right cylinder is V=9πr^2 , where r is the radius.
When 3 litres of oil is removed from an upright cylindrical can the level falls by 10cm. Find the radius of the can
Volume & Similarity
an open cylindrical concrete water tank has an external diameter of 12m and an external height of 15m. the thickness of the concrete is 8cm. calculate the volum
Hi. Please help me with the following question.
Hi. Please help me with the following two mathematical questions.
Finding the surface area of a cylinder.
what is the volume of a right circular cone with a radius of 5 an a height of 6
Volume of a cone help please
A can of spaghetti has a radius of 4 cm and a height of 12 cm. with a radius of 1.72 cm, that take up 42% of the volume. How many meatballs are in the can?
Given the volume and height, find a polynomial expression for the area of the base in terms of x for each figure.