I believe the answer is A because 3x is basically 3 on the x axis plus 2 and that graph have the lines meet at 5x
Answer:
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Step-by-step explanation:
hope it helps
Plug the points into the distance formula.
d= (sqrt) (x2-x1)^2+(y2-y1)^2
Plug the first set of points in. (-2,1) (6,1)
d= (sqrt) (6-(-2))^2+(1-1)^2
d= (sqrt) (6+2)^2+(0)^2
d= (sqrt) 8^2+0
d= (sqrt) 64
d= 8
Now, find the distance for the other two points. (6,1) (6,-3)
Q to R.
d= (sqrt) (x2-x1)^2+(y2-y1)^2
d= (sqrt) (6-6)^2 +(-3-1)^2
d= (sqrt) 0^2+-4^2
d= (sqrt) 16
d= 4
Now, finally, find the distance between R and S. (6,-3) and (9,-3)
d= (sqrt) (x2-x1)^2 + (y2-y1)^2
d= (sqrt) (9-6)^2+ (-3-(-3)^2
d= (sqrt) 3^2+ 0^2
d= (sqrt) 9
d= 3
Now, add all those distances together.
8+4+3= 15
"B" is the correct answer. 15 units.
I hope this helps!
~kaikers
Answer
Seeds without seasoning=171.75
Seeds with seasoning=171.75
Work
3/4 as a decimal is .75
Cooks only 3/4 of the 458 seeds >> multiply 458*.75= 343.5 seeds
343.5 seeds were cooked total
Only half the seeds have seasoning >> 343.5*(1/2 or .5)= 171.75
Because 171.75 is half, there are 171.75 seeds remaining unseasoned
**Of the overall amount of seeds, 458-171.75=286.25 meaning regardless of cooked or not cooked there are 286.25 unseasoned seeds
