What is the density mass and volume triangle?

Answer 1

Answer

make a triangle and put a line through the middle horizontally. then you have to put D at the top make sure it's capital letter then at the bottom m X V make sure it is a small m not capital and the V is capital

Answer 2

The density, mass, and volume triangle is a conceptual tool used to calculate the three variables in relation to each other. It shows that density is equal to mass divided by volume, mass is equal to density multiplied by volume, and volume is equal to mass divided by density. This triangle can be helpful in solving problems involving these three parameters in physics and chemistry.

Answer 3

Its a triangle split into 3 sections, one at the top and two at the bottom. At the very top, there is an m (for mass), the left one on the bottom is v (volume), and the final box is d (density). Whatever is next to each other multiples to find the third. For example, v x d = m. Anything that's above each other is equal to the third. For example, m/v=d. Hope this helps!

Answer 4

You draw a triangle then divide it into three. In the top section you put a D (Density) Then in the bottom two you put M(Mass) In one, then in the other you put V(Volume) The Line ty and Mass/volume is known as the dividing line. the one separating the M and V is known as the multiplying line. So which ever you want to find out, you cover up, so e.g You wanted to find out the density of an object, you would cover up D, so you would have M and V, so because the multiplying line is in between them you times the volume and the mass of the object then you get the density.Another example: You need the Mass of an object, you you cover up M, so you have D and V, the line in between is the dividing line, so you divide the density by the volume and you get the mass.HOPE THIS HELPED! :)

Answer 5

Box “A” measures 9” x 6” x 12”. The formula for finding volume is base x height x depth. So multiply the measurements together to find the number of cubic inches that are volume of the box.