184632
Xo type of sex determination and XY type of sex determination are the examples of
1 Male Homogamety
2 Male Heterogamety
3 Female Homogamety
4 Fenale Heterogamety Karnatala CET-2022
Explanation:
: XO and XY sex determination systems are examples of male heterogamety. In male heterogamety, males have two different sex chromosomes ( XY ), while temales have a pair of identical sex chromosomes.
Principle of Inheritance and Variation
184633
Forthcoming generations are less adapting than their parental generation due to
1 natural selection
2 mutation
3 genetic drift
4 adaptation
Explanation:
: Mutations introduce genetic changes, which can result in variations in the offspring, potentially making them less adapted or more adapted to their enviroment compared to their parental generation.
UP CPMT-2009
Principle of Inheritance and Variation
184634
Haploids are more suitable for mutation studies than the diploids. This is because
1 haploids are reproductively more stable than ciploids
2 mutagenes penetrate in haploids more effectively than in diploids
3 haploids are more abundant in nature than ëploids
4 all mutations, whether dominant or recessive are expressed in haploids
Explanation:
: Haploids are more suitable for mutation stuties than the diploids. This is because all mutations, whether dominant of recessive ate expressed in haploids. Haploid, represent individuals with half the somatic chromosome number found in normal inctividual.
Principle of Inheritance and Variation
184650
Selection will not eliminate lethal recessive gene from a large population because
1 there are always some heterozygotes carriers of the alleles
2 gene fixation occurs in populations
3 heterozygotes are at a selective advantage
4 rate of mutation to the lethal allele is high BYP-2010
Explanation:
: Selection will thot eliminate lethal recessive gene from a large population because there are always some heterozygote carriers of the alleles. A lethal tecessive gene is a gene that causes death if an individual has two copies of the gene. If an indivicual has orly one copy of the gene, they will be a carrier of the gene but will not be affected by it.
Principle of Inheritance and Variation
184651
Rarely observed phenotype in population is called
1 Wild type
2 Mutant type
3 Variant type
4 All of these
Explanation:
: A nutant is an organistr or a new genetic character arising or resulting from an instance of nutation, which is a base pair sequence change within the DNA of a gene on chromosome of an organism. The natural occurence of genetic mutations in integral to the process of evolution.
184632
Xo type of sex determination and XY type of sex determination are the examples of
1 Male Homogamety
2 Male Heterogamety
3 Female Homogamety
4 Fenale Heterogamety Karnatala CET-2022
Explanation:
: XO and XY sex determination systems are examples of male heterogamety. In male heterogamety, males have two different sex chromosomes ( XY ), while temales have a pair of identical sex chromosomes.
Principle of Inheritance and Variation
184633
Forthcoming generations are less adapting than their parental generation due to
1 natural selection
2 mutation
3 genetic drift
4 adaptation
Explanation:
: Mutations introduce genetic changes, which can result in variations in the offspring, potentially making them less adapted or more adapted to their enviroment compared to their parental generation.
UP CPMT-2009
Principle of Inheritance and Variation
184634
Haploids are more suitable for mutation studies than the diploids. This is because
1 haploids are reproductively more stable than ciploids
2 mutagenes penetrate in haploids more effectively than in diploids
3 haploids are more abundant in nature than ëploids
4 all mutations, whether dominant or recessive are expressed in haploids
Explanation:
: Haploids are more suitable for mutation stuties than the diploids. This is because all mutations, whether dominant of recessive ate expressed in haploids. Haploid, represent individuals with half the somatic chromosome number found in normal inctividual.
Principle of Inheritance and Variation
184650
Selection will not eliminate lethal recessive gene from a large population because
1 there are always some heterozygotes carriers of the alleles
2 gene fixation occurs in populations
3 heterozygotes are at a selective advantage
4 rate of mutation to the lethal allele is high BYP-2010
Explanation:
: Selection will thot eliminate lethal recessive gene from a large population because there are always some heterozygote carriers of the alleles. A lethal tecessive gene is a gene that causes death if an individual has two copies of the gene. If an indivicual has orly one copy of the gene, they will be a carrier of the gene but will not be affected by it.
Principle of Inheritance and Variation
184651
Rarely observed phenotype in population is called
1 Wild type
2 Mutant type
3 Variant type
4 All of these
Explanation:
: A nutant is an organistr or a new genetic character arising or resulting from an instance of nutation, which is a base pair sequence change within the DNA of a gene on chromosome of an organism. The natural occurence of genetic mutations in integral to the process of evolution.
184632
Xo type of sex determination and XY type of sex determination are the examples of
1 Male Homogamety
2 Male Heterogamety
3 Female Homogamety
4 Fenale Heterogamety Karnatala CET-2022
Explanation:
: XO and XY sex determination systems are examples of male heterogamety. In male heterogamety, males have two different sex chromosomes ( XY ), while temales have a pair of identical sex chromosomes.
Principle of Inheritance and Variation
184633
Forthcoming generations are less adapting than their parental generation due to
1 natural selection
2 mutation
3 genetic drift
4 adaptation
Explanation:
: Mutations introduce genetic changes, which can result in variations in the offspring, potentially making them less adapted or more adapted to their enviroment compared to their parental generation.
UP CPMT-2009
Principle of Inheritance and Variation
184634
Haploids are more suitable for mutation studies than the diploids. This is because
1 haploids are reproductively more stable than ciploids
2 mutagenes penetrate in haploids more effectively than in diploids
3 haploids are more abundant in nature than ëploids
4 all mutations, whether dominant or recessive are expressed in haploids
Explanation:
: Haploids are more suitable for mutation stuties than the diploids. This is because all mutations, whether dominant of recessive ate expressed in haploids. Haploid, represent individuals with half the somatic chromosome number found in normal inctividual.
Principle of Inheritance and Variation
184650
Selection will not eliminate lethal recessive gene from a large population because
1 there are always some heterozygotes carriers of the alleles
2 gene fixation occurs in populations
3 heterozygotes are at a selective advantage
4 rate of mutation to the lethal allele is high BYP-2010
Explanation:
: Selection will thot eliminate lethal recessive gene from a large population because there are always some heterozygote carriers of the alleles. A lethal tecessive gene is a gene that causes death if an individual has two copies of the gene. If an indivicual has orly one copy of the gene, they will be a carrier of the gene but will not be affected by it.
Principle of Inheritance and Variation
184651
Rarely observed phenotype in population is called
1 Wild type
2 Mutant type
3 Variant type
4 All of these
Explanation:
: A nutant is an organistr or a new genetic character arising or resulting from an instance of nutation, which is a base pair sequence change within the DNA of a gene on chromosome of an organism. The natural occurence of genetic mutations in integral to the process of evolution.
184632
Xo type of sex determination and XY type of sex determination are the examples of
1 Male Homogamety
2 Male Heterogamety
3 Female Homogamety
4 Fenale Heterogamety Karnatala CET-2022
Explanation:
: XO and XY sex determination systems are examples of male heterogamety. In male heterogamety, males have two different sex chromosomes ( XY ), while temales have a pair of identical sex chromosomes.
Principle of Inheritance and Variation
184633
Forthcoming generations are less adapting than their parental generation due to
1 natural selection
2 mutation
3 genetic drift
4 adaptation
Explanation:
: Mutations introduce genetic changes, which can result in variations in the offspring, potentially making them less adapted or more adapted to their enviroment compared to their parental generation.
UP CPMT-2009
Principle of Inheritance and Variation
184634
Haploids are more suitable for mutation studies than the diploids. This is because
1 haploids are reproductively more stable than ciploids
2 mutagenes penetrate in haploids more effectively than in diploids
3 haploids are more abundant in nature than ëploids
4 all mutations, whether dominant or recessive are expressed in haploids
Explanation:
: Haploids are more suitable for mutation stuties than the diploids. This is because all mutations, whether dominant of recessive ate expressed in haploids. Haploid, represent individuals with half the somatic chromosome number found in normal inctividual.
Principle of Inheritance and Variation
184650
Selection will not eliminate lethal recessive gene from a large population because
1 there are always some heterozygotes carriers of the alleles
2 gene fixation occurs in populations
3 heterozygotes are at a selective advantage
4 rate of mutation to the lethal allele is high BYP-2010
Explanation:
: Selection will thot eliminate lethal recessive gene from a large population because there are always some heterozygote carriers of the alleles. A lethal tecessive gene is a gene that causes death if an individual has two copies of the gene. If an indivicual has orly one copy of the gene, they will be a carrier of the gene but will not be affected by it.
Principle of Inheritance and Variation
184651
Rarely observed phenotype in population is called
1 Wild type
2 Mutant type
3 Variant type
4 All of these
Explanation:
: A nutant is an organistr or a new genetic character arising or resulting from an instance of nutation, which is a base pair sequence change within the DNA of a gene on chromosome of an organism. The natural occurence of genetic mutations in integral to the process of evolution.
184632
Xo type of sex determination and XY type of sex determination are the examples of
1 Male Homogamety
2 Male Heterogamety
3 Female Homogamety
4 Fenale Heterogamety Karnatala CET-2022
Explanation:
: XO and XY sex determination systems are examples of male heterogamety. In male heterogamety, males have two different sex chromosomes ( XY ), while temales have a pair of identical sex chromosomes.
Principle of Inheritance and Variation
184633
Forthcoming generations are less adapting than their parental generation due to
1 natural selection
2 mutation
3 genetic drift
4 adaptation
Explanation:
: Mutations introduce genetic changes, which can result in variations in the offspring, potentially making them less adapted or more adapted to their enviroment compared to their parental generation.
UP CPMT-2009
Principle of Inheritance and Variation
184634
Haploids are more suitable for mutation studies than the diploids. This is because
1 haploids are reproductively more stable than ciploids
2 mutagenes penetrate in haploids more effectively than in diploids
3 haploids are more abundant in nature than ëploids
4 all mutations, whether dominant or recessive are expressed in haploids
Explanation:
: Haploids are more suitable for mutation stuties than the diploids. This is because all mutations, whether dominant of recessive ate expressed in haploids. Haploid, represent individuals with half the somatic chromosome number found in normal inctividual.
Principle of Inheritance and Variation
184650
Selection will not eliminate lethal recessive gene from a large population because
1 there are always some heterozygotes carriers of the alleles
2 gene fixation occurs in populations
3 heterozygotes are at a selective advantage
4 rate of mutation to the lethal allele is high BYP-2010
Explanation:
: Selection will thot eliminate lethal recessive gene from a large population because there are always some heterozygote carriers of the alleles. A lethal tecessive gene is a gene that causes death if an individual has two copies of the gene. If an indivicual has orly one copy of the gene, they will be a carrier of the gene but will not be affected by it.
Principle of Inheritance and Variation
184651
Rarely observed phenotype in population is called
1 Wild type
2 Mutant type
3 Variant type
4 All of these
Explanation:
: A nutant is an organistr or a new genetic character arising or resulting from an instance of nutation, which is a base pair sequence change within the DNA of a gene on chromosome of an organism. The natural occurence of genetic mutations in integral to the process of evolution.
