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Given that P sqrt(V) and Q sqrt(V), we can write these as:

Mathematics

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Step-by-step solution

4 steps
  1. Define the proportionality relationships.

    Given that P∝VP \propto \sqrt{V} and Q∝VQ \propto \sqrt{V}, we can write these as:

    P=k1VP = k_1 \sqrt{V} Q=k2VQ = k_2 \sqrt{V}

    where k1k_1 and k2k_2 are constants of proportionality.

  2. Substitute these relationships into the given linear equation.

    The given equation is P=aQ+bP = aQ + b.
    Substitute the expressions for PP and QQ:

    k1V=a(k2V)+bk_1 \sqrt{V} = a(k_2 \sqrt{V}) + b k1V=ak2V+bk_1 \sqrt{V} = ak_2 \sqrt{V} + b
  3. Compare coefficients.

    For this equation to hold true for all values of VV, the coefficients of V\sqrt{V} on both sides must be equal, and the constant terms must be equal.
    Comparing the coefficients of V\sqrt{V}:

    k1=ak2k_1 = ak_2

    Solving for aa:

    a=k1k2a = \frac{k_1}{k_2}

    Comparing the constant terms:

    b=0b = 0
  4. State the conclusion.

    Without specific numerical values for PP, QQ, or VV (or additional data points), the constants k1k_1 and k2k_2 cannot be determined numerically. Therefore,

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