The Law of Independent Assortment

Q.

Law of independent assortment is ___.

1. Applicable to all genes on all chromosomes

2. Applicable to those genes present on the same chromosome

3. Not applicable to genes present on the same chromosome

4. Applicable to all dominant genes only

Q.

The hereditary principle derived from the results showing new combinations in addition to parental combinations in $F_2$ generation is

1. Law of segregation

2. Law of independent assortment

3. Law of dominance

4. Law of unit characters

Q.

Mendelian recombinations are mainly due to ___.

1. Linkage

2. Independent assortment of genes

3. Mutations

4. Dominant characters

Q.

Mendelian recombinations are due to:

1. Mutations

2. Crossing over

3. Independent assortment of genes

4. Dominant characters

Q.

The law of independent assortment states that:

1. None of these

2. Phenotype is independent of genotype.

3. Alleles for separate traits are passed independently of one another

4. Dominant allele is independent of the phenotype

Q.

Mendelian recombinations are due to:

1. Mutations

2. Crossing over

3. Independent assortment of genes

4. Dominant characters

Q.

Law of independent assortment is ___.

1. Applicable to all genes on all chromosomes

2. Applicable to all dominant genes only

3. Applicable to those genes present on the same chromosome

4. Not applicable to genes present on the same chromosome

Q.

The hereditary principle derived from the results showing new combinations in addition to parental combinations in $F_2$ generation is

1. Law of independent assortment

2. Law of dominance

3. Law of segregation

4. Law of unit characters

Q.

Mendelian recombinations are mainly due to ___.

1. Dominant characters

2. Linkage

3. Independent assortment of genes

4. Mutations

Q.

Mendelian recombinations are due to

1. Linkage of genes

2. Independent assortment of genes

3. Dominance of genes

4. None of these