Solve 168^9-200+1000(40*100)div9*60=

$$168 ^ { 9 } - 200 + 1000 ( 40 \times 100 ) \div 9 \times 60 =$$

Evaluate

$$\frac{319819389743587963304}{3}\approx 1.066064632 \cdot 10^{20}$$

Solution Steps

Calculate 168 to the power of 9 and get 106606463247835987968.

$$106606463247835987968-200+\frac{1000\times 40\times 100}{9}\times 60$$

Subtract 200 from 106606463247835987968 to get 106606463247835987768.

$$106606463247835987768+\frac{1000\times 40\times 100}{9}\times 60$$

Multiply 1000 and 40 to get 40000.

$$106606463247835987768+\frac{40000\times 100}{9}\times 60$$

Multiply 40000 and 100 to get 4000000.

$$106606463247835987768+\frac{4000000}{9}\times 60$$

Express \frac{4000000}{9}\times 60 as a single fraction.

$$106606463247835987768+\frac{4000000\times 60}{9}$$

Multiply 4000000 and 60 to get 240000000.

$$106606463247835987768+\frac{240000000}{9}$$

Reduce the fraction \frac{240000000}{9} to lowest terms by extracting and canceling out 3.

$$106606463247835987768+\frac{80000000}{3}$$

Convert 106606463247835987768 to fraction \frac{319819389743507963304}{3}.

$$\frac{319819389743507963304}{3}+\frac{80000000}{3}$$

Since \frac{319819389743507963304}{3} and \frac{80000000}{3} have the same denominator, add them by adding their numerators.

$$\frac{319819389743507963304+80000000}{3}$$

Add 319819389743507963304 and 80000000 to get 319819389743587963304.

$$\frac{319819389743587963304}{3}$$

Factor

$$\frac{2 ^ {3} \cdot 541 \cdot 73895422768851193}{3} = 1.0660646324786267 \times 10^{20}$$