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q varies directly with 
p^(2).
When 
q=36,p=12
Find a formula connecting 
q and 
p.

q=theta
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q q varies directly with p2 p^{2} .\newlineWhen q=36,p=12 q=36, p=12 \newlineFind a formula connecting q q and p p .\newlineq=θ q=\theta \newlineSubmit Answer

Full solution

Q. q q varies directly with p2 p^{2} .\newlineWhen q=36,p=12 q=36, p=12 \newlineFind a formula connecting q q and p p .\newlineq=θ q=\theta \newlineSubmit Answer
  1. Establish direct variation relationship: Establish the direct variation relationship.\newlineSince qq varies directly with p2p^{2}, the relationship can be expressed as q=kp2q = kp^{2}, where kk is the constant of variation.
  2. Find kk using given values: Use the given values to find kk. We know q=36q = 36 when p=12p = 12. Substitute these values into the equation q=kp2q = kp^2. 36=k(12)236 = k(12)^2
  3. Solve for kk: Solve for kk.\newlineCalculate 122=14412^2 = 144.\newlineThen, 36=k×14436 = k \times 144.\newlineDivide both sides by 144144 to isolate kk.\newlinek = 36144\frac{36}{144}\newlinek = 0.250.25
  4. Write formula connecting qq and pp: Write the formula connecting qq and pp. Substitute k=0.25k = 0.25 back into the direct variation equation. q=0.25p2q = 0.25p^2

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