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1). PQR = 12). P2 = QR3). Q2 = PR4). R = P2Q |
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Answer» Let the rate be R and time be t in both cases. As given, Q is the SI on P, we can write, ⇒ Q = P ? r ? t/100----- (1) Also given that, R is SI on Q, we can write, ⇒ R = Q ? r ? t/100----- (2) Dividing equation (2) by equation (1), we get, ⇒ Q/R = P/Q ∴ Q2 = PR |
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