y-y1 = m (x-x1) y+3 = (1/4)(x+4) [using point (x1,y1)] or y–1 = (1/4)(x–12) [using point (x2,y2] [let's use this one since you did] To put this into Standard Form (Ax+By=C), y–1 = (1/4)(x–12) 4y - 4 = x - 12 -x + 4y - 4 = -12 [subtract x from both sides] -x + 4y = -8 [add 4 to both sides] x - 4y = 8 [multiply by (-1) to have x-coefficient positive
Answer:
When AB coincides with AC, the boundary of EAF maps exactly onto the boundary of CAD, implying that EAF dilates into CAD. So, the boundaries of EAF and CAD are similar.
The proportional relationship may be stated in different forms, but should be equivalent to this equation:
radius of Ab/ radius of Ac= length of arc EF/ length of arc CD
Explanations will vary, but should be based on the similarity of EAF and CAD. The proportional relationship follows from the fact that corresponding pairs of lengths in two similar figures have the same ratio.
Step-by-step explanation:
This is the exact answer so make sure you change it up a little.
Answer:
Step-by-step explanation:
AB=√(-2-3)²+(6+1)²=√(25+49)=√(74)
<em>/Hello!</em>
<u><em>See below</em></u>
<em>We need to find x. X being the answer to 1/9 divided by 12.</em>
<em>1/9÷12=1/108. </em>
<em>Now that we know what "x" equals, we can divide the others.</em>
<em>1/9x12=1 and 3/9 ------simplifed is------1 and 1/3</em>
<em>Convert any mixed numbers to fractions</em>
<em>.</em>
<em>Then your initial equation becomes:</em>
<em>1/9×12/1</em>
<em>Applying the fractions formula for multiplication,</em>
<em>=1×12/9×1</em>
<em>=12/9</em>
<em>Simplifying 12/9, the answer is</em>
<em>=1 and 1/3</em>
This is not correct.
1/9×1/12
Applying the fractions formula for multiplication,
=1×1/9×1/2
=1/108
This is correct.
Therefore, your answer is B. 1/9 x 1/12
Brainliest.
