07. Genetic Disorders 1. Chromosomal Disorders
« Previous Topic: 06. Theory of Mutation Last Topic in »
Principle of Inheritance and Variation

184743 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184744 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184745 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184746 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184752 In a cross between a male and female, both heterozy gous for sickle cell anaemia gene, what percentage of the progeny will be diseased?

1 \(100 \%\)
2 \(50 \%\)
3 \(75 \%\)
4 \(25 \%\)
Join With Us for More Updates
Principle of Inheritance and Variation

184743 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184744 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184745 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184746 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184752 In a cross between a male and female, both heterozy gous for sickle cell anaemia gene, what percentage of the progeny will be diseased?

1 \(100 \%\)
2 \(50 \%\)
3 \(75 \%\)
4 \(25 \%\)
For More Updates join with Us
Principle of Inheritance and Variation

184743 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184744 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184745 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184746 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184752 In a cross between a male and female, both heterozy gous for sickle cell anaemia gene, what percentage of the progeny will be diseased?

1 \(100 \%\)
2 \(50 \%\)
3 \(75 \%\)
4 \(25 \%\)
NEET DIGITAL LIBRARY
Principle of Inheritance and Variation

184743 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184744 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184745 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184746 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184752 In a cross between a male and female, both heterozy gous for sickle cell anaemia gene, what percentage of the progeny will be diseased?

1 \(100 \%\)
2 \(50 \%\)
3 \(75 \%\)
4 \(25 \%\)
Join With Us for More Updates
Principle of Inheritance and Variation

184743 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184744 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184745 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184746 Match Column I with Column II and find the correct answer:
Column I Column II
1. Aneuploidy p. Increase in whole set of chromosomes
2. Monoploidy q. Loss of gain of a chromosome
3. Polyploidy r. Two sets of chromosomes
4. Dipleidy s. A single set of chromosomes

1 \(1-p, 2-q, 3-1,4-8\)
2 \(1-t, 2-p, 3-q, 4-s\)
3 \(1-q, 2-s, 3-p, 4-r\)
4 \(1-\mathrm{s}, 2-\mathrm{t}, 3-\mathrm{p}, 4-\mathrm{q}\)
Principle of Inheritance and Variation

184752 In a cross between a male and female, both heterozy gous for sickle cell anaemia gene, what percentage of the progeny will be diseased?

1 \(100 \%\)
2 \(50 \%\)
3 \(75 \%\)
4 \(25 \%\)