You cannot. The cylinder could be a large squat shape, or a thin tube which could be as long as you want. The volume of a cylinder does not determine its shape.
To draw a graduated cylinder, start by drawing a tall, narrow rectangle to represent the cylinder body. Next, draw evenly spaced horizontal lines (graduations) along the length of the rectangle to indicate the volume markings. Add a flat oval shape at the top of the cylinder for the base. Finally, add any additional details such as a pouring spout or handle if desired.
It is not possible to draw a cone cylinder and triangular prism in this platform.
Draw a rectangle for the side of the cylinder and on top and bottom of this rectangle 2 circles for the base and the top of the cylinder The rectangle width would be the diameter of the circle large and the same height that the cylinder
a circle for the head a cylinder for the mouth draw details include long hair
The amount of air a cylinder draws in during the intake stroke is primarily determined by the cylinder's displacement, the engine speed, and the atmospheric pressure. This volume can be calculated using the formula for the cylinder's displacement (π/4 × bore² × stroke) and taking into account the engine's volumetric efficiency. Typically, at a given engine speed and under ideal conditions, a cylinder can draw in close to its full displacement volume of air. However, in practical scenarios, factors like intake restrictions and engine design may reduce this amount.
No, it is not possible to construct a cube of twice teh volume of a given cube using only a straightedge and a compass.
Make it 5x5x5
Rectangles don't have volume, they have area. Only 3 dimensional figures have volume.
draw a rectangle and two triangles on top
you could draw a bar chart in Millillitre's and Litre's
radius squared multiplied by pie
The formula is: [ Volume = 0 ].A 'plane figure' has no volume. That's any figure that you can draw on paper,and those can't hold water. It takes volume to hold water, and volume takesthree dimensions.