That would depend on the measurements of the cylinder and of the torus.That would depend on the measurements of the cylinder and of the torus.That would depend on the measurements of the cylinder and of the torus.That would depend on the measurements of the cylinder and of the torus.
ruler, temperature, tape measure, graduated cylinder, linear measurements
Volume of a cylinder is pi x radius2 x height. If measurements are made in feet, volume will be in cubic feet.
ruler, temperature, tape measure, graduated cylinder, linear measurements
You can find the radius of a cylinder if you know the surface area and the height. SA = (2pi r^2) + (2pi r h) Plug in values for SA and h and solve for r. You will have a quadratic equation. The answer will be the positive root.
That would depend on the measurements of the cylinder and of the torus.That would depend on the measurements of the cylinder and of the torus.That would depend on the measurements of the cylinder and of the torus.That would depend on the measurements of the cylinder and of the torus.
A graduated cylinder is a cylinder that the measurements get higher and higher
The glass with measurements that is attached to a pipette is called a graduated cylinder.
Volume of a cylinder measured in cubic units = pi*radius2*height.
You look on the measurements, in a graduated cylinder can help!!
in the metric system the lines refer to milliliters
A graduated cylinder would be more appropriate for measuring isopropyl alcohol as it provides more accurate measurements due to its narrower and longer shape. Beakers are better suited for mixing or holding liquids rather than precise measurements.
ruler, temperature, tape measure, graduated cylinder, linear measurements
Volume of a cylinder is pi x radius2 x height. If measurements are made in feet, volume will be in cubic feet.
The accuracy of a graduated cylinder is not affected by its height. What matters is the precision of the markings on the cylinder and the skill of the person using it to make measurements accurately.
A volumetric flask is commonly paired with milliliters (mL) for volume measurements. Additionally, a balance or scale is appropriately used with grams (g) for mass measurements.
The volume is 19.635 cubic feet.