Solve frac{f_{2}+10}{2}div51+7=

$$\frac { f _ { 2 } + 10 } { 2 } \div 51 + 7 =$$

Evaluate

$$\frac{f_{2}+724}{102}$$

Short Solution Steps

Express \frac{\frac{f_{2}+10}{2}}{51} as a single fraction.

$$\frac{f_{2}+10}{2\times 51}+7$$

Multiply 2 and 51 to get 102.

$$\frac{f_{2}+10}{102}+7$$

To add or subtract expressions, expand them to make their denominators the same. Multiply 7 times \frac{102}{102}.

$$\frac{f_{2}+10}{102}+\frac{7\times 102}{102}$$

Since \frac{f_{2}+10}{102} and \frac{7\times 102}{102} have the same denominator, add them by adding their numerators.

$$\frac{f_{2}+10+7\times 102}{102}$$

Do the multiplications in f_{2}+10+7\times 102.

$$\frac{f_{2}+10+714}{102}$$

Combine like terms in f_{2}+10+714.

$$\frac{f_{2}+724}{102}$$

Expand

$$\frac{f_{2}}{102}+\frac{362}{51}$$

Short Solution Steps

Express \frac{\frac{f_{2}+10}{2}}{51} as a single fraction.

$$\frac{f_{2}+10}{2\times 51}+7$$

Multiply 2 and 51 to get 102.

$$\frac{f_{2}+10}{102}+7$$

To add or subtract expressions, expand them to make their denominators the same. Multiply 7 times \frac{102}{102}.

$$\frac{f_{2}+10}{102}+\frac{7\times 102}{102}$$

Since \frac{f_{2}+10}{102} and \frac{7\times 102}{102} have the same denominator, add them by adding their numerators.

$$\frac{f_{2}+10+7\times 102}{102}$$

Do the multiplications in f_{2}+10+7\times 102.

$$\frac{f_{2}+10+714}{102}$$

Combine like terms in f_{2}+10+714.

$$\frac{f_{2}+724}{102}$$