To find the size of a rectangular box that can hold a ball with a volume of ( 288\pi ) cm³, we first determine the radius of the ball using the volume formula for a sphere, ( V = \frac{4}{3}\pi r^3 ). Setting ( \frac{4}{3}\pi r^3 = 288\pi ) and solving for ( r ) gives ( r^3 = 216 ), resulting in ( r = 6 ) cm. Therefore, the diameter of the ball is ( 12 ) cm, which means a rectangular box that holds the ball should have internal dimensions of at least ( 12 ) cm x ( 12 ) cm x ( 12 ) cm.
In a rectangular aquarium, multiply the length, width, and height in inches and then divide the answer by 231 to get the amount of gallons the tank can hold.
Well, darling, a clothespin is a three-dimensional object with a specific volume that can be calculated by measuring its length, width, and height. So, grab your ruler and do some math if you're feeling adventurous. Just remember, a clothespin's volume won't hold your laundry, but it might hold your attention for a few seconds.
You need more information. There are many shapes which could hold the same volume, but have different (is it perimeter of the base, maybe?).
A rectangle is a two dimensional shape which does not have any volume. However, the information given in the question refer to a rectangular prism or cuboid. Its volume is 26*36*16 cubic inches = 64.8 US gallons.
Think of surface area as your skin and volume as all the contents inside your body. So they relate because surface area can hold volume or volume could be inside the surface area.
4, 6, and 12
The SI unit for the amount of soil a rectangular box can hold is in cubic meters (m³). This unit is commonly used to measure volume, including the volume of soil or any other material that can fill a three-dimensional space.
It depends on which has more surface area.. and more volume to displace water.
Volume is how much cubic units could hold, and capacity is how much an object can hold a liquid.
In a rectangular aquarium, multiply the length, width, and height in inches and then divide the answer by 231 to get the amount of gallons the tank can hold.
Well, darling, a clothespin is a three-dimensional object with a specific volume that can be calculated by measuring its length, width, and height. So, grab your ruler and do some math if you're feeling adventurous. Just remember, a clothespin's volume won't hold your laundry, but it might hold your attention for a few seconds.
hold the ball with hand like a normal fas ball and the seam vertical
You need more information. There are many shapes which could hold the same volume, but have different (is it perimeter of the base, maybe?).
You could put some glue or something sticky on the surface of the ball to hold it back.
A rectangle is a two dimensional shape which does not have any volume. However, the information given in the question refer to a rectangular prism or cuboid. Its volume is 26*36*16 cubic inches = 64.8 US gallons.
Any container of any shape with a volume of 6.6841 cubic feet or more will do the job. For a rectangular container, multiply the (length) x (width) x (height). If the result is 6.6841 or more in feet, (11,550 or more in inches), you're in business.
You could use a measuring cup or a liquid measuring jug to find out the volume of liquid a jar can hold. Fill up the jar with water, then pour the water into the measuring cup to determine the volume.