Home
Class 12
BIOLOGY
A homozygous pea plant with round seed c...

A homozygous pea plant with round seed coat and yellow cotyledons is crossed with another homozygous pea plant having wrinkled seed coat and green cotyledons.
Give the types of gametes produced by plants of `F_1` -generation.

Text Solution

AI Generated Solution

Doubtnut Promotions Banner Mobile Dark
|

Topper's Solved these Questions

  • PRINCIPLES OF INHERITANCE AND VARIATION

    ICSE|Exercise PREVIOUS YEAR.S BOARD PAPER QUESTIONS ( LONG ANSWER TYPE QUESTIONS) |4 Videos
  • PRINCIPLES OF INHERITANCE AND VARIATION

    ICSE|Exercise REVIEW QUESTIONS|19 Videos
  • PRINCIPLES OF INHERITANCE AND VARIATION

    ICSE|Exercise PREVIOUS YEAR.S BOARD PAPER QUESTIONS ( SHORT ANSWER TYPE-I QUESTIONS) |3 Videos
  • ORGANISMS AND POPULATIONS

    ICSE|Exercise COMPETITION CORNER (ASSERTION AND REASON TYPE QUESTIONS)|22 Videos
  • QUESTION PAPER 2022 TERM 1

    ICSE|Exercise MULTIPLE CHOICE QUESTIONS|45 Videos

Similar Questions

Explore conceptually related problems

A homozygous pea plant with round seed coat and yellow cotyledons is crossed with another homozygous pea plant having wrinkled seed coat and green cotyledons. Give the types of gametes produced by plants of F-generation.

A homozygous pea plant with round seed coat and yellow cotyledons is crossed with another homozygous pea plant having wrinkled seed coat and green cotyledons. State the Mendel's principle involved in this cross.

A homozygous pea plant with round seed coat and yellow cotyledons is crossed with another homozygous pea plant having wrinkled seed coat and green cotyledons. State the Mendel's principle involved in this cross.

A homozygous pea plant with round seed coat and yellow cotyledons is crossed with another homozygous pea plant having wrinkled seed coat and green cotyledons. Give the dihybrid phenotypic ratio with the corresponding phenotypes.

A homozygous pea plant with round seed coat and yellow cotyledons is crossed with another homozygous pea plant having wrinkled seed coat and green cotyledons. Give the dihybrid phenotypic ratio with the corresponding phenotypes.

A homozygous plant having round (R) and yellow (Y) seed is crossed with a homozygous plant having wrinkled (r) and green (y) seeds. Give the genotype of F_1 generation.

A homozygous plant having round (R) and yellow (Y) seed is crossed with a homozygous plant having wrinkled (r) and green (y) seeds. Give the possible combination of gametes that can be obtained from F_1 hybrid.

A homozygous plant having round (R) and yellow (Y) seed is crossed with a homozygous plant having wrinkled (r) and green (y) seeds. Give the dihybrid phenotypic ratio and the phenotype of the offspring of the F_2 generation when two plants of the F_1 generation are crossed.

A homozygous plant having round (R) and yellow (Y) seed is crossed with a homozygous plant having wrinkled (r) and green (y) seeds. Name and state the law which explains the dihybrid ratio.

When a heterozygous pea plant with yellow round seeds is crossed with a homozygous pea plant with yellow round seeds, the genotype not obtained is