Asexual & Sexual Reproduction
Parts of a Flower
Pollination & Fertilisation
Seeds & Fruit
100
The number of parents in asexual reproduction.

2 parents

100

What part of the flower produces pollen?

Anther

100

What is pollination?

Transfer of pollen from anther to stigma.

100

What develops into a seed?

The fertilised ovule.

200

Name one method of asexual reproduction in plants.

Cutting, runners, tubers, bulbs, grafting.

200

What is the female part of the flower called?

The pistil/carpel.

200

Name one pollinating agent.

Wind, insects, birds, bats, water.

200

What develops into the fruit?

The ovary.

300

Offspring from sexual reproduction are genetically...

different

300

What is the stigma’s role?

To catch pollen.

300

What happens during fertilisation?

Pollen nucleus fuses with ovule nucleus.

300

Do all flowers contain male & female parts?

NO

400

State one advantage of asexual reproduction.

Fast, many offspring, no mate needed.

400

Name the part located at the base of the pistil that holds ovules.

Ovary.

400

What structure grows from the pollen grain after it lands on the stigma?

Pollen tube.

400

What is seed dispersal?

Spreading seeds away from parent plant.

500

Why does sexual reproduction increase variation?

Offspring receive a mix of genes from both parents during fertilisation.

500

What is the difference between a petal and a sepal?

Petals attract pollinators; sepals protect the bud.

500

Why do wind-pollinated plants produce so much pollen?

Low chance of pollen reaching another flower — so more increases success.

500

Why is seed dispersal important?

Reduces competition and spreads species to new areas.

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