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25949\left(x-18.164\right)=0.3x\left(\frac{25}{100}\times 4-18164\right)
Consider the first equation. Variable x cannot be equal to 0 since division by zero is not defined. Multiply both sides of the equation by 25949x, the least common multiple of x,25949.
25949x-471337.636=0.3x\left(\frac{25}{100}\times 4-18164\right)
Use the distributive property to multiply 25949 by x-18.164.
25949x-471337.636=0.3x\left(\frac{1}{4}\times 4-18164\right)
Reduce the fraction \frac{25}{100} to lowest terms by extracting and canceling out 25.
25949x-471337.636=0.3x\left(1-18164\right)
Multiply \frac{1}{4} and 4 to get 1.
25949x-471337.636=0.3x\left(-18163\right)
Subtract 18164 from 1 to get -18163.
25949x-471337.636=-5448.9x
Multiply 0.3 and -18163 to get -5448.9.
25949x-471337.636+5448.9x=0
Add 5448.9x to both sides.
31397.9x-471337.636=0
Combine 25949x and 5448.9x to get 31397.9x.
31397.9x=471337.636
Add 471337.636 to both sides. Anything plus zero gives itself.
x=\frac{471337.636}{31397.9}
Divide both sides by 31397.9.
x=\frac{471337636}{31397900}
Expand \frac{471337.636}{31397.9} by multiplying both numerator and the denominator by 1000.
x=\frac{117834409}{7849475}
Reduce the fraction \frac{471337636}{31397900} to lowest terms by extracting and canceling out 4.
y=\frac{117834409}{7849475}
Consider the second equation. Insert the known values of variables into the equation.
z=\frac{117834409}{7849475}
Consider the third equation. Insert the known values of variables into the equation.
x=\frac{117834409}{7849475} y=\frac{117834409}{7849475} z=\frac{117834409}{7849475}
The system is now solved.