Mendel found that reciprocal crosses yie...

Mendel found that reciprocal crosses yielded indentical results. From that he concluded

There is independent assortment of trait

Sex plays a role in deciding the dominance of a trait

There is no dominance of any trait

Sex has no influence on the dominance of traits

Text Solution

Verified by Experts

The correct Answer is:

Topper's Solved these Questions

PRINCIPLES OF INHERITANCE AND VARIATION
MODERN PUBLICATION|Exercise COMPETITION FILE (OBJECTIVE TYPE QUESTIONS ASSERTION-REAON TYPE QUESTION:)|13 Videos
PRINCIPLES OF INHERITANCE AND VARIATION
MODERN PUBLICATION|Exercise CHAPTER PRACTICE TEST section-A(MULTIPLE CHOIC QUESTIONS)|6 Videos
PRINCIPLES OF INHERITANCE AND VARIATION
MODERN PUBLICATION|Exercise REVISION EXERCISES (LONG ANSWER TYPE QUESTIONS(B .QUESTIONS FROM CBSE EXAMINATIONS:))|12 Videos
ORGANISMS AND POPULATIONS
MODERN PUBLICATION|Exercise Chapter Practice Test (Section - E)|2 Videos
REPRODUCTION IN ORGANISMS
MODERN PUBLICATION|Exercise CHAPTER PRACTICE TEST (SECTION - C)|3 Videos

Similar Questions

Explore conceptually related problems

The cytoplasmic genes do not show Mendelian inheritance. In this reciprocal crosses yield different results.

When looking at the inheritance of a single characteristic, Mendel found that a cross between two true breeding peas (betwwen purple and white, for example) always yielded a …… in the F_(2) -generation.

When a cow is crossed to a bull and the female progeny is yielding more milk than its mother. From this it is inferred :

The work done by a force is defined by W= vec F cdot vec S cdot It is found that the work done is zero, even if vec F and vec s are not equal to zero. From this we conclude that

Mendel crossed plants with red and white flowers. In the F_(1) only red flowereed plants wee found. Two F_(1) plants were crossed and in F_(2) -generation 2950 red and 1050 white flowered plants were obtained. It is reasonable, he concluded that

Mendel made some crosses where he looked two characteristics at once round yellow peas crossed with wrinkled green peas, for example. He did this because he wantedto find out

MODERN PUBLICATION-PRINCIPLES OF INHERITANCE AND VARIATION-COMPETITION FILE (OBJECTIVE TYPE QUESTIONS (A. MULTIPLE CHOICE QUESTIONS (MCQs):)

The major cause of evolution of genes and protein is
Text Solution
|
Mendel's principle of segregation means that the germ cells always rec...
Text Solution
|
Mendel found that reciprocal crosses yielded indentical results. From ...
Text Solution
|
Due to the nondisjunctiuon of chromosomes during spermatogenesis, sper...
Text Solution
|
Which one of the following conditions of the zygotic cell would lead t...
Text Solution
|
Test cross in plants or in Drosophila involves crossing:
Text Solution
|
Which one of the following conditions correctly describes the manner o...
Text Solution
|
Mutations can be induced with
Text Solution
|
A person with unknown blood group under ABO system, has suffered much ...
Text Solution
|
Experimental verification of chromosomal theroy of inheritance was gti...
Text Solution
|
The chromosome condition in Turner syndrome is :
Text Solution
|
In Mendelian dihybrid cross when heterozygous Round Yellow are self cr...
Text Solution
|
The loss of a chromosmal segment is due to :
Text Solution
|
XO type of sex determination is seen in
Text Solution
|
Allelism refers to
Text Solution
|
Mendelian principles are not applicable in case of
Text Solution
|
Genotypic and phenotypic ratio in monohybrid cross remains the same in...
Text Solution
|
Mendel was successful in discovering the principles of inheritance as
Text Solution
|
Crossing over is the exchange of genetic material between:
Text Solution
|
A hereditary disease which is never passed on from father to son is
Text Solution
|