Solve 10140-3:2010+a1:2015

Evaluate

10140 - 3 \div 2010 + a \times 1 \div 2015

To find the roots of the expression,set the expression equal to 0

10140 - 3 \div 2010 + a \times 1 \div 2015 = 0

Divide the terms

More Steps

10140 - \frac{1}{670} + a \times 1 \div 2015 = 0

Any expression multiplied by 1 remains the same

10140 - \frac{1}{670} + a \div 2015 = 0

Rewrite the expression

10140 - \frac{1}{670} + \frac{a}{2015} = 0

Subtract the numbers

More Steps

\frac{6793799}{670} + \frac{a}{2015} = 0

Add the terms

More Steps

\frac{2737900997 + 134 a}{270010} = 0

Simplify

2737900997 + 134 a = 0

Move the constant to the right side

134 a = 0 - 2737900997

Removing 0 doesn't change the value,so remove it from the expression

134 a = - 2737900997

Divide both sides

\frac{134 a}{134} = \frac{- 2737900997}{134}

Divide the numbers

a = \frac{- 2737900997}{134}

Solution

a = - \frac{2737900997}{134}

Alternative Form

a \approx - 2.04321 \times 1 0^{7}

Simplify the expression