1. Measure the length of one of the sides and cube it (ie multiply the length by the length by the length) 2. Get a bowl with enough water to cover the cube; mark the level of the water; submerge the cube in the water and mark the new level of the water. The volume of the cube is the volume between the two marks - this can be measured by removing the cube and using a measuring jug to measure the amount of water that is needed to be added to raise the water from the first mark to the second mark.
You cannot calculate it without the length. However, it is possible to get the volume by submerging the prism in water and measuring the volume of the displaced water.
yes
I don't think so. The focal length would remain the same. It mainly depends on the radius of curvature of the mirror.
The mass is zero. A millimetre is a measure of length and has no volume.
a water boatman is not endagered. Their are at least 1000000000000000000000
no, the water boatman lives on top of the water, the pollution would freeze the water, therefore the water boatman wouldn't survive.
The scientific name for a water boatman is a Corixa.
The scientific name of water boatman is "Corixidae."
NO
The lesser water boatman is a type of skimming aquatic insect. It eats gnats an other small insects in the water.
Yes it is.
in land
backswimmer
Water Boatman is an aquatic bug that can be found in fresh or brackish water. They have oarlike hind legs fringed with hairs that help them to swim.
They Have 4 legs
Just type in boatman into your browser and pictures with come up.