Okay so 123-45-67+89=100
That should be the answer
Answer:
you would take 1/4 away from 8 because 1/4 of $200 is 50 so that makes the taxes 2$
Step-by-step explanation:
Answer: I am assuming it’s of a circle? So the answer would be rounded to 11.
Step-by-step explanation:
Distance of each track are:
D₁ = 428.5 yd
D₂ = 436.35 yd
D₃ = 444.20 yd
D₄ = 452.05 yd
D₅ = 459.91 yd
D₆ = 467.76 yd
D₇ = 475.61 yd
D₈ = 483.47 yd
<u>Explanation:</u>
Given:
Track is divided into 8 lanes.
The length around each track is the two lengths of the rectangle plus the two lengths of the semi-circle with varying diameters.
Thus,

Starting from the innermost edge with a diameter of 60yd.
Each lane is 10/8 = 1.25yd
So, the diameter increases by 2(1.25) = 2.5 yd each lane going outward.
So, the distances are:
D₁ = 240 + π (60) → 428.5yd
D₂ = 240 + π(60 + 2.5) → 436.35 yd
D₃ = 240 + π(60 + 5) → 444.20 yd
D₄ = 240 + π(60 + 7.5) → 452.05 yd
D₅ = 240 + π(60 + 10) → 459.91 yd
D₆ = 24 + π(60 + 12.5) → 467.76 yd
D₇ = 240 + π(60 + 15) → 475.61 yd
D₈ = 240 + π(60 + 17.5) → 483.47 yd
Answer:
Choice A, C and E
Step-by-step explanation:
<em>Your table is poorly presented</em>
Given
x y

First, we calculate the constant of proportionality (k)

For (3,1.47)


For (5,2.45)


For (9,4.41)


From the above calculations, the constant of proportionality is 0.49.
So, the usable rows must also have 0.49 as their constant of proportionality
<u>Choice A</u>


--- <em>This is usable</em>
<em />
<u>Choice B</u>


--- <em>This is not usable</em>
<em />
<u>Choice C</u>


--- <em>This is usable</em>
<em />
<u>Choice D</u>


---- <em>This is not usable</em>
<em />
<u>Choice E</u>


--- <em>This is usable</em>