Answer:
g= 5
Step-by-step explanation:
8g+10 = 35 + 3g
-3g -3g
5g+10=35
-10 -10
5g= 25
now divide 5 from both sides
5g/5= 25/5
g= 5
There are more than one way so i'm going to say this one: factor the first two terms by 3xy( 2y-1) and last two terms by 4(2y-1). now you can see the paranthesis are same. it's going to be (3xy+4) (2y-1)
Answer:
Hollllaaaa :)
Step-by-step explanation:
Answer:
Slope-Intercept Form states that in the equation of a straight line y=mx+b the slope is the number represented by m that is multiplied on the x, and b is the y intercept i.,e the point where line cut the vertical y-axis.
Given equation: 5x+2y=3 ......[1]
To convert this equation into slope intercept form;
Subtraction Property of equality states that you subtract the same number from both sides of an equation.
Subtract 5x from both sides in equation [1];
Simplify:
or we can write this as;
......[2]
Division property of equality states that you divide the same number from both sides of an equation:
Divide by 2 from both sides of an equation in [2]
On simplify:
Therefore, the given equation in slope intercept form is: 
There are two ways you can solve this problem.
The first is to solve g(x) into vertex and see what number is in H's spot.
The second is to ind the vertex point and the opposite sign of X is H.
I will do both.
First way:
Subtract 14 from both sides
Y-14=X^2-6X
Add to the right side whatever will make it a perfect square. (This will be -6 divided by 2 then squared: -6/2=-3, (-3)^2=9)
Add 9 to BOTH sides.
y-5=X^2-6X+9
Factor the right side
y-5+=(x-3)^2
Add 5 to both sides
y=((X-3)^2)+5
3 is in H's spot.
Second way:
Find the axis of symmetry (b/(2a))
-6/(2*1)=-3
-3 is the X-value of the vertex. In vertex form, H is the opposite sign of the X-Value. So the opposite sign of -3 is positive 3.
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