What is the formula mass for $C_{5} H_{10} N$ $C_5H_10N$ ?

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What is the formula mass for $C_{5} H_{10} N$ $C_5H_10N$ ?

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Answer 1 · 2016-02-22T10:43:45

The relative formula mass of $C_{5} H_{10} N$ $"C"_5"H"_10"N"$ is $84.14$ $84.14$ .

Explanation:

$C_{5} H_{10} N$ $"C"_5"H"_10"N"$

Determine the relative formula mass by multiplying the subscript for each element by the relative atomic mass $(A_{r})$ $("A"_"r")$ found on the periodic table. Relative atomic mass is dimensionless

Relative Atomic Masses

$C :$ $"C":$ $12.011$ $12.011$
$H :$ $"H":$ $1.008$ $1.008$
$N :$ $"N":$ $14.007$ $14.007$

Relative Formula Mass

$(5 \times 12.011) + (10 \times 1.008) + (1 \times 14.007) = 84.14$ $(5xx12.011)+(10xx1.008)+(1xx14.007)=84.14$ rounded to two decimal places $(10 \times 1.008) = 10.08)$ $(10xx1.008)=10.08)$

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What is the formula mass for $C_{5} H_{10} N$ $C_5H_10N$ ?

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