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What are two ways the bamboo uses the macromolecules it builds?
photosynthesis and lipids
What two ways the bamboo uses the macromolecule it builds?
photosynthesis and lipids
What are two ways bamboo uses macro molecules it builds?
Bamboo utilizes macromolecules such as cellulose and lignin to provide structural support and rigidity, essential for its growth and stability. Cellulose, a carbohydrate, forms the primary component of bamboo's cell walls, contributing to its strength and flexibility. Lignin reinforces the cell walls, enhancing resistance to decay and pests, which is crucial for the plant's longevity and durability. Together, these macromolecules enable bamboo to thrive in various environments while maintaining its characteristic resilience.
What two ways the bamboo uses the macro molecules it builds from photosynthesis?
Bamboo uses the macromolecules produced from photosynthesis primarily as structural components and energy sources. The carbohydrates, such as cellulose, are utilized to build strong cell walls, providing the plant with rigidity and resilience. Additionally, bamboo stores energy in the form of starch, which can be mobilized during periods of growth or when photosynthesis is not occurring, ensuring the plant's survival and continued growth.
How is bamboo fiber made and what are its uses?
Bamboo fiber is made by extracting cellulose from bamboo plants and then processing it into a soft and durable material. It is used in textiles for clothing, bedding, and towels due to its moisture-wicking and antibacterial properties. Additionally, bamboo fiber is also used in eco-friendly products like biodegradable packaging and sustainable building materials.
What are two ways the bamboo uses the macromolecules it builds?
photosynthesis and lipids
What are two ways bamboo uses macromolecules it builds?
photosynthesis and lipids
What two ways the bamboo uses the macromolecule it builds?
photosynthesis and lipids
What are two ways bamboo uses macro molecules it builds?
Bamboo utilizes macromolecules such as cellulose and lignin to provide structural support and rigidity, essential for its growth and stability. Cellulose, a carbohydrate, forms the primary component of bamboo's cell walls, contributing to its strength and flexibility. Lignin reinforces the cell walls, enhancing resistance to decay and pests, which is crucial for the plant's longevity and durability. Together, these macromolecules enable bamboo to thrive in various environments while maintaining its characteristic resilience.
What two ways the bamboo uses the macro molecules it builds from photosynthesis?
Bamboo uses the macromolecules produced from photosynthesis primarily as structural components and energy sources. The carbohydrates, such as cellulose, are utilized to build strong cell walls, providing the plant with rigidity and resilience. Additionally, bamboo stores energy in the form of starch, which can be mobilized during periods of growth or when photosynthesis is not occurring, ensuring the plant's survival and continued growth.
What are two ways that bamboo uses the macromolecules?
Bamboo uses cellulose, a macromolecule, to provide structural support to its stems and leaves. Additionally, bamboo can store energy as starch, another macromolecule, which can be used during periods of rapid growth or reproduction.
What is the uses of bamboo craft?
table..... etc
How do you use bamboo bridge?
explain about bamboo bridge. how made bamboo bridge. what are the uses fo bamboo bridge
What are the release dates for Bamboo and Its Uses - 1915?
Bamboo and Its Uses - 1915 was released on: USA: 21 November 1915
What sport uses a bamboo foil?
Kendo
Which animal uses bamboo the most?
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The man who builds it sells it the man who buys it never uses it the man who uses it never see it what is it?
A Coffin
