Solve y=667*10^-11*7*35*10^21/173^2*10

$$y = \frac{ 667 \times { 10 }^{ -11 } \times 7 \cdot 35 \times { 10 }^{ 21 } }{ { 173 }^{ 2 } \times 10 }$$

Solve for y

$$y = \frac{163415000000000}{29929} = 5460088877\frac{267}{29929} \approx 5460088877.008921113$$

Steps for Solving Linear Equation

To multiply powers of the same base, add their exponents. Add -11 and 21 to get 10.

$$y=\frac{667\times 10^{10}\times 7\times 35}{173^{2}\times 10}$$

Cancel out 10 in both numerator and denominator.

$$y=\frac{7\times 35\times 667\times 10^{9}}{173^{2}}$$

Multiply 7 and 35 to get 245.

$$y=\frac{245\times 667\times 10^{9}}{173^{2}}$$

Multiply 245 and 667 to get 163415.

$$y=\frac{163415\times 10^{9}}{173^{2}}$$

Calculate 10 to the power of 9 and get 1000000000.

$$y=\frac{163415\times 1000000000}{173^{2}}$$

Multiply 163415 and 1000000000 to get 163415000000000.

$$y=\frac{163415000000000}{173^{2}}$$

Calculate 173 to the power of 2 and get 29929.

$$y=\frac{163415000000000}{29929}$$

Assign y

$$y≔\frac{163415000000000}{29929}$$