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Angiosperms are classified as annuals, biennials, or perennials based on the length of their life cycles. Flowering plants that complete a life cycle within one growing season are called annuals. Angiosperms that complete their life cycle in two years are called biennials. Flowering plants that live for more than two years are called perennials.
What else can I help you with?
How are gymnosperms and angiosperms different?
Gymnosperms have cones and angiosperms have flowers/fruits
Are gymnosperms and angiosperms different?
Gymnosperms have cones and angiosperms have flowers/fruits
Angiosperms that live for more than two years are called what?
Angiosperms that live for more than two years are calledperennials.
What are facts about angiosperms?
There are many different facts that you can learn about angiosperms. This information can be found in the local library.
What are two locations where angiosperms live?
They live in the South Coast and Asia
How is angiosperms different from all plant life?
Flowers!
How many different angiosperms have been found?
250,000
Where do angiosperms live?
· Angiosperms live in all terrestrial and aquatic habitats on earth. Except for conifer forests and moss-lichen tundras, angiosperms dominate all the major terrestrial zones of vegetation. · The angiosperms environment is a hot, tropical, and wet places, they could live almost anywhere except if the place is cold or has no water or no sunlight.
Are mold and yeast examples of angiosperms?
No, mold and yeast are not examples of angiosperms. Angiosperms are flowering plants that produce seeds within a fruiting structure. Mold and yeast belong to different kingdoms and are not classified as angiosperms. Mold is a type of fungus, while yeast is a type of single-celled fungi.
How do angiosperms use respiration?
They do it so they can breathe that fresh air and live life to the fullest
Are pineapples angiosperms?
Angiosperms.
Why are angiosperms so good at reproduction?
Angiosperms are successful at reproduction due to their efficient means of pollen transfer by animals and wind, their ability to produce large quantities of seeds, and their diversity in flower structures that attract pollinators. These adaptations increase the likelihood of successful pollination and seed formation, leading to high reproductive success in angiosperms.
