Chapter 10 - Section 10.5 - Equations of Lines - Exercises - Page 472: 42

$(d, fd+g)$

Work Step by Step

$x=d$ and $y=fx+g$ We can simply substitute $x=d$ into the second equation, while treating d, f, and g as constants: $y=fx+g$ $y=fd+g$ So the answer is $(d, fd+g)$.

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