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Worksheet Solutions: Plant Reproduction | Eureka Plus Class 5: Book Solutions, Notes & Worksheets PDF Download

Q1: Multiple Choice Questions (MCQs)

(i) What is the purpose of seed dispersal in plants?
(a) To attract pollinators
(b) To spread seeds away from the mother plant
(c) To protect seeds from animals
(d) To prevent germination
Ans: 
(b)
Seed dispersal ensures that seeds are spread to new locations for optimal growth conditions.

(ii) Which part of a seed is responsible for storing food?
(a) Shoot
(b) Cotyledon
(c) Seed coat
(d) Embryo
Ans:
(b)
Cotyledons contain stored food in a seed.

(iii) What is the primary factor required for seed germination?
(a) Sunlight
(b) Air
(c) Water
(d) Fertilizer
Ans: 
(c)
Water is essential for seeds to absorb and germinate.

(iv) Which of the following is an example of a monocot plant?
(a) Bean
(b) Wheat
(c) Mustard
(d) Mango
Ans:
(b)
Wheat is an example of a monocot plant.

(v) How are seeds of grasses primarily dispersed?
(a) By animals
(b) By explosion
(c) By water
(d) By wind
Ans:
(d)
Grass seeds are light and are carried away by the wind.

Q2: Fill in the Blanks

(i) ______ are tiny structures produced by ferns on the lower surface of their leaves for reproduction.
Ans: 
Spores
Ferns reproduce through spores produced on their leaves.

(ii) In agriculture, Dr. MS Swaminathan is known as the 'Father of ______ Revolution in India.
Ans:
Green
Dr. MS Swaminathan is recognized for his contributions to the Green Revolution.

(iii) Rabi crops are grown in the ______ season.
Ans: 
Winter
Rabi crops are cultivated during the winter season.

(iv) Seeds disperse by ______ when dried fruits explode, spreading the seeds away from the mother plant.
Ans:
Explosion
Some plants disperse seeds by exploding dried fruits.

(v) _________ are chemicals used to kill insects and fungi that damage plants.
Ans:
Pesticides
Pesticides are used by farmers to protect crops from pests.

Q3: Match the Column (In a Table)

Match the plant with its method of reproduction:

Worksheet Solutions: Plant Reproduction | Eureka Plus Class 5: Book Solutions, Notes & WorksheetsAns:
Worksheet Solutions: Plant Reproduction | Eureka Plus Class 5: Book Solutions, Notes & Worksheets

Q4: True or False

(i) All seeds germinate.
Ans: 
False
Not all seeds germinate; various factors can prevent germination.

(ii) Coconut is a fruit that can drift in the sea before germinating.
Ans:
True
Coconuts can float on water and drift in the sea before germinating.

(iii) Weeds are plants that farmers intentionally cultivate.
Ans:
False
Weeds are wild, unwanted plants that grow in fields.

(iv) Seeds of grasses are primarily dispersed by animals.
Ans: 
False
Seeds of grasses are primarily dispersed by the wind.

(v) The shoot is the first part to emerge when a seed germinates.
Ans:
False
The root is the first part to emerge during seed germination.

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FAQs on Worksheet Solutions: Plant Reproduction - Eureka Plus Class 5: Book Solutions, Notes & Worksheets

1. What are the different methods of plant reproduction?
Ans. Plant reproduction can occur through various methods such as seed formation, spore formation, vegetative propagation, and budding. Seed formation occurs when a plant produces flowers, and after pollination, the fertilized ovules develop into seeds. Spore formation is a type of reproduction in which plants like ferns and mosses produce spores that can grow into new individuals. Vegetative propagation involves the production of new plants from stems, roots, or leaves of the parent plant. Budding is a form of asexual reproduction where a small bud develops on the parent plant and eventually detaches to become a new individual.
2. How do plants reproduce without seeds?
Ans. Plants can reproduce without seeds through a process called vegetative propagation. In this method, new plants are produced from stems, roots, or leaves of the parent plant. Some common examples of vegetative propagation include the growth of new plants from cuttings, runners, bulbs, tubers, and rhizomes. This asexual method of reproduction allows plants to create genetically identical offspring, ensuring that the desirable traits of the parent plant are passed on.
3. What is the importance of pollination in plant reproduction?
Ans. Pollination is a crucial process in plant reproduction as it allows for the transfer of pollen from the male reproductive organs to the female reproductive organs of a flower. This transfer of pollen can occur through various agents like wind, water, insects, birds, or animals. Pollination is essential as it leads to fertilization, where the male gametes fuse with the female gametes, resulting in the formation of seeds. Without pollination, plants would not be able to reproduce sexually and produce seeds, which are vital for the survival and propagation of plant species.
4. How are seeds dispersed in plants?
Ans. Seeds are dispersed in plants through various mechanisms to ensure their widespread distribution. Some common methods of seed dispersal include wind dispersal, water dispersal, animal dispersal, and self-dispersal. Wind dispersal occurs when lightweight seeds are carried away by the wind, allowing them to travel long distances. Water dispersal happens when seeds are transported by water bodies like rivers, streams, or oceans. Animal dispersal occurs when seeds attach to animals' fur, feathers, or are consumed and excreted by animals. Self-dispersal occurs when seeds are mechanically ejected from the parent plant due to built-up pressure.
5. What is the role of flowers in plant reproduction?
Ans. Flowers play a vital role in plant reproduction as they are the reproductive structures of flowering plants. Flowers contain both male and female reproductive organs. The male reproductive organ, called the stamen, produces pollen, which contains the male gametes. The female reproductive organ, called the pistil, consists of the stigma, style, and ovary, where the female gametes are located. Flowers attract pollinators like insects, birds, or animals through their colorful petals, nectar, and scent. When a pollinator visits a flower, it unintentionally transfers pollen from the stamen to the stigma, allowing for fertilization and seed formation.
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