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G.J. Mendel died in...

G.J. Mendel died in

A

1984

B

1894

C

1884

D

1926

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AI Generated Solution

The correct Answer is:
**Step-by-Step Solution:** 1. **Identify the Question**: The question asks for the year in which G.J. Mendel died. 2. **Recall Mendel's Contributions**: Mendel is known as the father of genetics due to his pioneering work with pea plants, where he formulated the laws of inheritance, including the laws of dominance and independent assortment. 3. **Determine the Death Date**: Mendel passed away on January 6, 1884. 4. **Evaluate the Options**: The options provided are 1984, 1894, 1884, and 1926. 5. **Select the Correct Option**: Since Mendel died in 1884, the correct answer is 1884. 6. **Conclusion**: The answer to the question "G.J. Mendel died in?" is 1884. ---
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DINESH PUBLICATION ENGLISH-GENETIC BASIS OF INHERITANCE-Revision Questions From Competitive Exams
  1. Cross between AaBB and aaBB will form

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  2. Four daughter cells obtained from a single meiosis differ from one ano...

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  3. G.J. Mendel died in

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  4. Pea plant with double hybrid yellow round seeds (YyRr) is crossed with...

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  5. A cross between AaBb and aabb yields

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  6. Heterosis is:

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  7. Branch of biology dealing with heredity and variation is

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  8. Parents have blood group A and B. Blood group of the child can be

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  9. Mendel found certain traits not to assort independently. It is due to

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  10. A genetic disorder in African which reduces oxygen uptake is

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  11. In Lathyrus odoratus, cross between two purple flowered plants give a ...

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  12. For a given character, a gamete is always

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  13. Mendel was born in

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  14. How many types of gametes will be produced by individuals of AABbcc ge...

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  15. If Mendel had studied the seven traits using a plant with 12 chromosom...

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  16. First child of a normal male and female is albino, what are the chance...

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  17. Crossing over in diploid organisms is responsible for

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  18. Mendel's law of heredity can be explained with the help of

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  19. Number of phenotypes possible from AaBbCc xx AaBbCc is

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  20. Phenotypic ratio of a monohybrid F(2) progeny of incomplete dominance ...

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