What is the density of a rectangular prism that has a mass of $16.04 \cdot g$ $16.04g$ , and dimensions of $1.26 \cdot c m \times 3.30 \cdot c m \times 1.40 \cdot c m$ $1.26cmxx3.30cmxx1.40cm$ ?

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What is the density of a rectangular prism that has a mass of $16.04 \cdot g$ $16.04g$ , and dimensions of $1.26 \cdot c m \times 3.30 \cdot c m \times 1.40 \cdot c m$ $1.26cmxx3.30cmxx1.40cm$ ?

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Answer 1 · 2017-09-03T17:34:10

Well, $ρ = \frac{Mass}{Volume}$ $rho="Mass"/"Volume"$

Explanation:

The mass we are given in grams......we convert all the dimensions into $c m$ $cm$ , to give an answer in $ρ = g \cdot c m^{- 3}$ $rho=g*cm^-3$ .....which is a common unit of density for chemists..........

$ρ = \frac{16.04 \cdot g}{1.26 \cdot c m \times 3.30 \cdot c m \times 1.40 \cdot c m}$ $rho=(16.04*g)/(1.26*cmxx3.30*cmxx1.40*cm)$

$= 2.76 \cdot g \cdot c m^{- 3}$ $=2.76*g*cm^-3$ .

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What is the density of a rectangular prism that has a mass of $16.04 \cdot g$ $16.04g$ , and dimensions of $1.26 \cdot c m \times 3.30 \cdot c m \times 1.40 \cdot c m$ $1.26cmxx3.30cmxx1.40cm$ ?

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What is the density of a rectangular prism that has a mass of 16.04⋅g16.04*g, and dimensions of 1.26⋅cm×3.30⋅cm×1.40⋅cm1.26*cmxx3.30*cmxx1.40*cm?

1 Answer

Explanation:

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What is the density of a rectangular prism that has a mass of $16.04 \cdot g$ $16.04g$ , and dimensions of $1.26 \cdot c m \times 3.30 \cdot c m \times 1.40 \cdot c m$ $1.26cmxx3.30cmxx1.40cm$ ?