This section focuses on numerical, quantitative, and data-based problems related to plant reproductive processes. It is designed for Class 11–12 students, NEET aspirants, and undergraduate learners to strengthen their ability to apply reproductive biology concepts using calculations and data interpretation.
In this section, you will practice:
Numerical problems based on pollen output, ovule number, and seed set
Calculations related to fertilization success and reproductive efficiency
Data-based questions on pollination types and fruit formation
Quantitative analysis of embryo and endosperm development
Interpretation of tables, graphs, and experimental reproductive data
NCERT-aligned numerical questions and exam-oriented practice sets
The content is structured to improve step-by-step calculation skills, enhance data interpretation, and help students confidently handle numerical and graph-based questions in school examinations, NEET, and undergraduate assessments.
Develop accuracy and confidence in solving numerical applications related to reproduction in plants through systematic practice.
Q. How many petals does a typical flower of the family Asteraceae have?
A.
5
B.
10
C.
20
D.
30
Solution
A typical flower in the Asteraceae family has 10 petals.
Q. If a plant species has a seed dispersal distance of 50 meters, how far would seeds typically spread in 5 generations assuming the distance doubles each generation?
A.
50m
B.
100m
C.
200m
D.
1600m
Solution
The distance would be 50m * 2^5 = 1600m after 5 generations.
