Answer:
Step-by-step explanation:
Multiply the first equation by 4,and multiply the second equation by 1.
4(x−3y=−6)
1(−4x+9y=9)
Becomes:
4x−12y=−24
−4x+9y=9
Add these equations to eliminate x:
−3y=−15
Then solve−3y=−15for y:
−3y=−15 (Divide both sides by -3)
y=5
Now that we've found y let's plug it back in to solve for x.
Write down an original equation:
x−3y=−6
Substitute5foryinx−3y=−6:
x−(3)(5)=−6
x−15=−6(Simplify both sides of the equation)
x−15+15=−6+15(Add 15 to both sides)
x=9
The pair of the line together that could be perpendicular to RS and should be considered will be EA and FG.
<h3>What is a perpendicular line?</h3>
It should be noted that in terms of elementary geometry, two geometric objects should be considered as perpendicular when they intersect at a right angle.
In such a case, a line is treated to be perpendicular to another line in the case when the two lines intersect at a right angle.
Therefore, based on the information, the pair of the line together that could be perpendicular to RS and should be EA and FG.
Learn more about perpendicular on:
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Answer:
The answer would be 346
Step-by-step explanation:
Hope this helps!
Answer:
Step-by-step explanation:
Given
Required
Determine g(x) where g(x) is a translation of f(x), 7 units to the right
When a point is translated to the right, the resulting point is:
Where b is the number of units to the right.
In this case:
So, we have:
Solving f(x+7)
Substitute x + 7 for x in
So, we have:
To write in the form of , we have:
Answer:
the 5 is in the hundredth place if that's what you asking
Step-by-step explanation: