Comparing the volume of different boxes is as simple as comparing the volume measure of the boxes. A first step would be to measure the dimensions of all the boxes. The investigator would want to insure that all the boxes under consideration have their volumes set down in the same units. If cubic inches is desired, measure each boxes' length, width and height in inches. Then calculate volumes in inches3 (cubic inches) to insure "fair" comparison. Lastly, simply list or arrange them from largest to smallest or the other way around.Just mutiply lenghhxwidthxheight
A graph about masses and volumes would represent density.
No you would measure it in kilos, because its mass and volume are too great to measure in liters alone.
there are many different ways but I would go with yards.
A unit of volume such as a litre.
Milliliters are commonly used to measure liquids such as water, milk, and medicine. They are particularly useful for small quantities or when precise measurements are required, such as in cooking, baking, or pharmaceutical applications.
you would use a graduated cylinder to measure volumes of liquids
You would use a graduated cylinder to accurately measure out 15 mL of water in a laboratory setting. The graduated cylinder is specifically designed for measuring liquid volumes with high precision.
a measuring cylinder
To measure exactly 4 mL of water, a graduated pipette or a graduated cylinder would be ideal. A graduated pipette allows for precise measurement and transfer of small volumes, while a graduated cylinder can also provide accurate measurements for larger volumes. Both tools are designed for measuring liquids accurately, ensuring you obtain the desired 4 mL.
You would use a graduated cylinder or a volumetric flask to measure 1cm3 of alcohol accurately. These tools are designed to measure precise volumes of liquid.
A kilogram is a measure of mass therefore a kilogram of lead and a kilogram of feathers have the same mass: one kilogram. They would, however, have different volumes and densities.
100mL of measuring cylinder is the most appropriate (more than beaker) piece of equipment to measure 85mL of water.
The volume of water must be the same in different containers to ensure a fair and accurate comparison of quantities. If the volumes were different, it would skew the results when evaluating or measuring the water based on volume. Keeping the volume consistent allows for reliable and consistent measurements to be taken.
Comparing the volume of different boxes is as simple as comparing the volume measure of the boxes. A first step would be to measure the dimensions of all the boxes. The investigator would want to insure that all the boxes under consideration have their volumes set down in the same units. If cubic inches is desired, measure each boxes' length, width and height in inches. Then calculate volumes in inches3 (cubic inches) to insure "fair" comparison. Lastly, simply list or arrange them from largest to smallest or the other way around.Just mutiply lenghhxwidthxheight
Of course not...different densities, different volumes per same weight.
Using a graduated cylinder would be the best method to obtain 60ml of water. Graduated cylinders are specifically designed to measure liquid volumes accurately, making it a more precise tool for this task compared to weighing the water.