Answer:
Since theres no picture or anything of what angle I have to draw on this is the best I can do!! if you edit your question then I can awnser again on the comments on this awnser.
Step-by-step explanation:
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Unfortunately, there are no two such numbers.
If your original question was:
and you were trying to factor it, I would suggest the quadratic formula.
There are two solutions to
, where
<span>, and we can find them by using the quadratic formula:
</span>
So using that, here is how it would get factored:
For your equation,
Plug in those values into the formula:
Simplifying it:
And so the solutions are:
and
<span>
<span>
1620 / 1 = 1620
1620 / 2 = 810
1620 / 3 = 540
1620 / 4 = 405
1620 / 5 = 324
1620 / 6 = 270
1620 / 9 = 180
1620 / 10 = 162
1620 / 12 = 135
1620 / 15 = 108
1620 / 18 = 90
1620 / 20 = 81
1620 / 27 = 60
1620 / 30 = 54
1620 / 36 = 45
1620 / 45 = 36
1620 / 54 = 30
1620 / 60 = 27
1620 / 81 = 20
1620 / 90 = 18
1620 / 108 = 15
1620 / 135 = 12
1620 / 162 = 10
1620 / 180 = 9
1620 / 270 = 6
1620 / 324 = 5
1620 / 405 = 4
1620 / 540 = 3
1620 / 810 = 2
1620 / 1620 = 1
</span></span>
Answer:
a² + 4ab + 4b²
Step-by-step explanation:
Given
(a + 2b)²
= (a + 2b)(a + 2b)
Each term in the second factor is multiplied by each term in the first factor, that is
a(a + 2b) + 2b(a + 2b) ← distribute both parenthesis
= a² + 2ab + 2ab + 4b² ← collect like terms
= a² + 4ab + 4b²
I believe the equation is y = -3x + 0
