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GCSE Biology: Inheritance, Variation & Evolution Mastery

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Practice questions on inheritance and evolution

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GCSE Biology: Inheritance, Variation & Evolution Mastery
 

GCSE Biology: Inheritance, Variation & Evolution MasteryOnline version

Practice questions on inheritance and evolution

by Eesa Kaiser
1

What is the main difference between sexual and asexual reproduction?

2

What is a gene?

3

What is a phenotype?

4

What does a Punnett square show?

5

Dominant alleles require how many copies to express phenotype?

6

What is natural selection?

7

What is meant by variation in a population?

8

Which term describes changes in a population over time due to differential survival?

9

What is the difference between genotype and phenotype?

10

How can genetic variation arise in populations?

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Sexual reproduction combines genes from two parents, producing variation; asexual copies a single organism with no genetic variation.

Genes are specific DNA sections that code for proteins, guiding traits.

Phenotype is the observable trait resulting from genotype and environment.

Punnett squares estimate genotype probabilities in predicted offspring.

Dominant traits appear with at least one dominant allele; recessive needs two.

Natural selection favors advantageous traits, leading to evolution over time.

Variation arises from genetic differences, environmental factors, or their combination.

Evolution is the change in allele frequency and traits across generations.

Genotype = genes; phenotype = observable characteristics shaped by environment.

Variation comes from mutations, meiosis during sexual reproduction, and environment.

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