184457 The total number of progeny obtained through dihybrid cross of Mendel is 1280 in \(F_{2}\) generation. How many are recombinants?

184466 If a plant having yellow or round seeds was crossed with another plant having green and wrinkled seeds then \(F_{1}\) progeny are in the ratio.

184467 Given below is a pedigree chart of a family with five children. It shows the inheritance of attached ear-lobes as opposed to the free ones. The squares represent the male individuals and circles the female individuals.
Which one of the following conclusions drawn is correct?
1. Law of Independent Assortment

1 The parents are homozygous recessive

2 The trait is Y-linked

3 The parents are homozygous dominant

4 The parents are heterozygous

184468 Given below is a pedigree chart of a family with five children. It shows the inheritance of attached ear-lobes as opposed to the free ones. The squares represent the male individuals and circles the female individuals.
Which one of the following conclusions drawn is correct?
1. Law of Independent Assortment

1 The parents are homozygous recessive

2 The trait is Y-linked

3 The parents are homozygous dominant

4 The parents are heterozygous

184471 Mendels law of independent assortment can be proved by :

184457 The total number of progeny obtained through dihybrid cross of Mendel is 1280 in \(F_{2}\) generation. How many are recombinants?

184466 If a plant having yellow or round seeds was crossed with another plant having green and wrinkled seeds then \(F_{1}\) progeny are in the ratio.

184467 Given below is a pedigree chart of a family with five children. It shows the inheritance of attached ear-lobes as opposed to the free ones. The squares represent the male individuals and circles the female individuals.
Which one of the following conclusions drawn is correct?
1. Law of Independent Assortment

1 The parents are homozygous recessive

2 The trait is Y-linked

3 The parents are homozygous dominant

4 The parents are heterozygous

184468 Given below is a pedigree chart of a family with five children. It shows the inheritance of attached ear-lobes as opposed to the free ones. The squares represent the male individuals and circles the female individuals.
Which one of the following conclusions drawn is correct?
1. Law of Independent Assortment

1 The parents are homozygous recessive

2 The trait is Y-linked

3 The parents are homozygous dominant

4 The parents are heterozygous

184471 Mendels law of independent assortment can be proved by :

184457 The total number of progeny obtained through dihybrid cross of Mendel is 1280 in \(F_{2}\) generation. How many are recombinants?

184466 If a plant having yellow or round seeds was crossed with another plant having green and wrinkled seeds then \(F_{1}\) progeny are in the ratio.

184467 Given below is a pedigree chart of a family with five children. It shows the inheritance of attached ear-lobes as opposed to the free ones. The squares represent the male individuals and circles the female individuals.
Which one of the following conclusions drawn is correct?
1. Law of Independent Assortment

1 The parents are homozygous recessive

2 The trait is Y-linked

3 The parents are homozygous dominant

4 The parents are heterozygous

184468 Given below is a pedigree chart of a family with five children. It shows the inheritance of attached ear-lobes as opposed to the free ones. The squares represent the male individuals and circles the female individuals.
Which one of the following conclusions drawn is correct?
1. Law of Independent Assortment

1 The parents are homozygous recessive

2 The trait is Y-linked

3 The parents are homozygous dominant

4 The parents are heterozygous

184471 Mendels law of independent assortment can be proved by :

184457 The total number of progeny obtained through dihybrid cross of Mendel is 1280 in \(F_{2}\) generation. How many are recombinants?

184466 If a plant having yellow or round seeds was crossed with another plant having green and wrinkled seeds then \(F_{1}\) progeny are in the ratio.

184467 Given below is a pedigree chart of a family with five children. It shows the inheritance of attached ear-lobes as opposed to the free ones. The squares represent the male individuals and circles the female individuals.
Which one of the following conclusions drawn is correct?
1. Law of Independent Assortment

1 The parents are homozygous recessive

2 The trait is Y-linked

3 The parents are homozygous dominant

4 The parents are heterozygous

184468 Given below is a pedigree chart of a family with five children. It shows the inheritance of attached ear-lobes as opposed to the free ones. The squares represent the male individuals and circles the female individuals.
Which one of the following conclusions drawn is correct?
1. Law of Independent Assortment

1 The parents are homozygous recessive

2 The trait is Y-linked

3 The parents are homozygous dominant

4 The parents are heterozygous

184471 Mendels law of independent assortment can be proved by :

184457 The total number of progeny obtained through dihybrid cross of Mendel is 1280 in \(F_{2}\) generation. How many are recombinants?

184466 If a plant having yellow or round seeds was crossed with another plant having green and wrinkled seeds then \(F_{1}\) progeny are in the ratio.

184467 Given below is a pedigree chart of a family with five children. It shows the inheritance of attached ear-lobes as opposed to the free ones. The squares represent the male individuals and circles the female individuals.
Which one of the following conclusions drawn is correct?
1. Law of Independent Assortment

1 The parents are homozygous recessive

2 The trait is Y-linked

3 The parents are homozygous dominant

4 The parents are heterozygous

184468 Given below is a pedigree chart of a family with five children. It shows the inheritance of attached ear-lobes as opposed to the free ones. The squares represent the male individuals and circles the female individuals.
Which one of the following conclusions drawn is correct?
1. Law of Independent Assortment

1 The parents are homozygous recessive

2 The trait is Y-linked

3 The parents are homozygous dominant

4 The parents are heterozygous

184471 Mendels law of independent assortment can be proved by :