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Let’s check out your problem:
If
(
x
,
y
)
(x,y)
(
x
,
y
)
satisfies the given
system of equations
, what is the value of
x
x
x
?
\newline
2
y
−
x
a
m
p
;
=
0
,
a
m
p
;
x
=
y
+
7
\begin{align*} 2y - x &= 0, \ & x = y + 7 \end{align*}
2
y
−
x
am
p
;
=
0
,
am
p
;
x
=
y
+
7
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Math Problems
Calculus
Find derivatives of radical functions
Full solution
Q.
If
(
x
,
y
)
(x,y)
(
x
,
y
)
satisfies the given system of equations, what is the value of
x
x
x
?
\newline
2
y
−
x
=
0
,
x
=
y
+
7
\begin{align*} 2y - x &= 0, \ & x = y + 7 \end{align*}
2
y
−
x
=
0
,
x
=
y
+
7
Write Equations:
Write down the given system of equations.
\newline
2
y
−
x
=
0
2y - x = 0
2
y
−
x
=
0
\newline
x
=
y
+
7
x = y + 7
x
=
y
+
7
Solve for y:
From the first equation, solve for y in terms of x.
\newline
2
y
−
x
=
0
2y - x = 0
2
y
−
x
=
0
\newline
2
y
=
x
2y = x
2
y
=
x
\newline
y
=
x
2
y = \frac{x}{2}
y
=
2
x
Substitute
y
y
y
into
x
x
x
:
Substitute the expression for
y
y
y
from Step
2
2
2
into the second equation.
x
=
(
x
2
)
+
7
x = \left(\frac{x}{2}\right) + 7
x
=
(
2
x
)
+
7
Solve for x:
Solve the equation from Step
3
3
3
for x.
\newline
x
=
x
2
+
7
x = \frac{x}{2} + 7
x
=
2
x
+
7
\newline
Multiply both sides by
2
2
2
to eliminate the
fraction
.
\newline
2
x
=
x
+
14
2x = x + 14
2
x
=
x
+
14
Isolate
x
x
x
:
Subtract
x
x
x
from both sides to isolate
x
x
x
.
2
x
−
x
=
14
2x - x = 14
2
x
−
x
=
14
x
=
14
x = 14
x
=
14
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Find the derivative of
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Find the derivative of
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\newline
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