Hardy Weinbergandrsquo;s equilibrium for a locus with two alleles p and q is mathematically defined as P2+ Q2+ 2PQ = 1. Which of the following equations represents the corresponding equilibrium for a locus with three alleles p, q and r? (P, Q, R represents the frequencies of p, q, and r respectively)a)P3+ Q3+ 3PQR = 1b)P2+ Q2+ R2+ 2PQ + 2QR +2PR = 1c)P2Q + Q2R + R2P + 2PQ + 2QR +2PR = 1d)P2+ Q2+ R2+ 2P2Q + 2Q2R +2P2R = 1Correct answer is option 'B'. Can you explain this answer?

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Hardy Weinberg’s equilibrium for a locus with two alleles p and q is mathematically defined as P²+ Q²+ 2PQ = 1. Which of the following equations represents the corresponding equilibrium for a locus with three alleles p, q and r? (P, Q, R represents the frequencies of p, q, and r respectively)

a)
P³+ Q³+ 3PQR = 1
b)
P²+ Q²+ R²+ 2PQ + 2QR +2PR = 1
c)
P² Q + Q²R + R²P + 2PQ + 2QR +2PR = 1
d)
P²+ Q²+ R² + 2P²Q + 2Q²R +2P²R = 1

Correct answer is option 'B'. Can you explain this answer?

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Hardy Weinberg’s equilibrium for a locus with two alleles p and ...

The Hardy–Weinberg equation for three alleles, p, q and r respectively is represented by P+ Q+ R = 1. Then the frequencies of the genotypes are given by
(P + Q + R)² = P² + Q² + R² + 2PQ + 2PR + 2PQ = 1

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Hardy Weinberg’s equilibrium for a locus with two alleles p and q is mathematically defined as P2+ Q2+ 2PQ = 1. Which of the following equations represents the corresponding equilibrium for a locus with three alleles p, q and r? (P, Q, R represents the frequencies of p, q, and r respectively)a)P3+ Q3+ 3PQR = 1b)P2+ Q2+ R2+ 2PQ + 2QR +2PR = 1c)P2Q + Q2R + R2P + 2PQ + 2QR +2PR = 1d)P2+ Q2+ R2+ 2P2Q + 2Q2R +2P2R = 1Correct answer is option 'B'. Can you explain this answer?

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Hardy Weinberg’s equilibrium for a locus with two alleles p and q is mathematically defined as P2+ Q2+ 2PQ = 1. Which of the following equations represents the corresponding equilibrium for a locus with three alleles p, q and r? (P, Q, R represents the frequencies of p, q, and r respectively)a)P3+ Q3+ 3PQR = 1b)P2+ Q2+ R2+ 2PQ + 2QR +2PR = 1c)P2Q + Q2R + R2P + 2PQ + 2QR +2PR = 1d)P2+ Q2+ R2+ 2P2Q + 2Q2R +2P2R = 1Correct answer is option 'B'. Can you explain this answer? for IIT JAM 2024 is part of IIT JAM preparation. The Question and answers have been prepared according to the IIT JAM exam syllabus. Information about Hardy Weinberg’s equilibrium for a locus with two alleles p and q is mathematically defined as P2+ Q2+ 2PQ = 1. Which of the following equations represents the corresponding equilibrium for a locus with three alleles p, q and r? (P, Q, R represents the frequencies of p, q, and r respectively)a)P3+ Q3+ 3PQR = 1b)P2+ Q2+ R2+ 2PQ + 2QR +2PR = 1c)P2Q + Q2R + R2P + 2PQ + 2QR +2PR = 1d)P2+ Q2+ R2+ 2P2Q + 2Q2R +2P2R = 1Correct answer is option 'B'. Can you explain this answer? covers all topics & solutions for IIT JAM 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Hardy Weinberg’s equilibrium for a locus with two alleles p and q is mathematically defined as P2+ Q2+ 2PQ = 1. Which of the following equations represents the corresponding equilibrium for a locus with three alleles p, q and r? (P, Q, R represents the frequencies of p, q, and r respectively)a)P3+ Q3+ 3PQR = 1b)P2+ Q2+ R2+ 2PQ + 2QR +2PR = 1c)P2Q + Q2R + R2P + 2PQ + 2QR +2PR = 1d)P2+ Q2+ R2+ 2P2Q + 2Q2R +2P2R = 1Correct answer is option 'B'. Can you explain this answer?.

Solutions for Hardy Weinberg’s equilibrium for a locus with two alleles p and q is mathematically defined as P2+ Q2+ 2PQ = 1. Which of the following equations represents the corresponding equilibrium for a locus with three alleles p, q and r? (P, Q, R represents the frequencies of p, q, and r respectively)a)P3+ Q3+ 3PQR = 1b)P2+ Q2+ R2+ 2PQ + 2QR +2PR = 1c)P2Q + Q2R + R2P + 2PQ + 2QR +2PR = 1d)P2+ Q2+ R2+ 2P2Q + 2Q2R +2P2R = 1Correct answer is option 'B'. Can you explain this answer? in English & in Hindi are available as part of our courses for IIT JAM. Download more important topics, notes, lectures and mock test series for IIT JAM Exam by signing up for free.

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