Answer:
labile DOM is utilized rapidly while refractory DOM is utilized very slowly
Explanation:
Based on timescale:
labile DOM is utilized on hours to weeks. While, refractory DOM is utilized on centuries to millennia.
Based on molecular weight,
labile DOM has low molecular weight while refractory DOM has high molecular weight
Based on solubility,
labile DOM has high solubility compared to refractory DOM with low solubility
Based in structure,
labile DOM is non structural while refractory DOM it's largely structural
Answer:
i believe your answer is a...but it could be b
Explanation:
Answer:
Dams store water, provide renewable energy and prevent floods. Unfortunately, they also worsen the impact of climate change. They release greenhouse gases, destroy carbon sinks in wetlands and oceans, deprive ecosystems of nutrients, destroy habitats, increase sea levels, waste water and displace poor communities.
Explanation:
Answer:
flexor and Triceps
Explanation:
The flexor is the muscle to bend your arm and the triceps to straighten your arm.
Answer:
B. Carrier proteins
Explanation:
Water-soluble materials, such as glucose, amino acids, and ions, need help to cross the membrane because they are repelled by the hydrophobic tails of the phospholipid bilayer. The tails are not hydrophilic.
Endocytosis vesicles are an example of active transport, they require energy to allow large molecules to be taken into the cell through a system of vesicles.
Golgi complex vesicles deliver proteins and other macromolecules outside of the cell from the inside.
Carrier proteins can participate in both active and passive transport across cell membranes. For example, carrier proteins with channels can help molecules cross the membrane passively.