Final answer:
To express g in terms of e, we need to solve the equation 2g−e=3g(g−e) and rearrange it. By factoring and dividing, we can simplify the expression for g in terms of e.
Step-by-step explanation:
To solve the equation 2g−e=3g(g−e) and express g in terms of e, we will distribute 3g to g and -e. This gives us 2g - e = 3g² - 3ge. Next, we will move all terms to one side of the equation to get 3g² - 2g - 3ge + e = 0. Factoring out g gives us g(3g - 2 - 3e) + e(1 - 3g) = 0. Finally, dividing both sides of the equation by (3g - 2 - 3e) gives us the simplified expression for g in terms of e: g = -e/(3g - 2 - 3e).
To express
�
g in terms of
�
e from the given equation
2
�
−
�
=
3
�
(
�
−
�
)
2g−e=3g(g−e), we'll start by simplifying the equation.
Distribute the
3
�
3g on the right side:
2
�
−
�
=
3
�
2
−
3
�
�
2g−e=3g
2
−3ge
Now, rearrange the terms to form a quadratic equation:
3
�
2
−
3
�
�
−
2
�
+
�
=
0
3g
2
−3ge−2g+e=0
Combine like terms:
3
�
2
−
(
3
�
+
2
)
�
+
�
=
0
3g
2
−(3e+2)g+e=0
Now, to solve for
�
g in terms of
�
e, you can use the quadratic formula:
�
=
−
�
±
�
2
−
4
�
�
2
�
g=
2a
−b±
b
2
−4ac
For this equation,
�
=
3
a=3,
�
=
−
(
3
�
+
2
)
b=−(3e+2), and
�
=
�
c=e. Substitute these values into the quadratic formula and simplify to obtain
�
g in terms of
�
e. The solution will be a quadratic expression in
�
e.