Which of the following is an appropriate description of how consuming the cellulose in bamboo supports pandas’ cellular needs? Cellulose in bamboo is a complex carbohydrate that is broken down into simple sugars that provide energy for the cell to produce ATP.

Answer A: Cellulose in bamboo is a complex carbohydrate that is broken down into simple sugars that provide energy for the cell to produce A T P .
A

Cellulose in bamboo is a protein used to produce enzymes necessary to catalyze cellular reactions.

Answer B: Cellulose in bamboo is a protein used to produce enzymes necessary to catalyze cellular reactions.
B

Cellulose in bamboo is made up of lipids that can be broken down into phospholipids that are used to build cellular membranes.

Answer C: Cellulose in bamboo is made up of lipids that can be broken down into phospholipids that are used to build cellular membranes.
C

Cellulose in bamboo is primarily made up of nucleic acids that are broken down and reassembled in the cell to make DNA and RNA.

A

Explanation: Cellulose in bamboo is a complex carbohydrate that is broken down into A simple sugars that provide energy for the cell to produce ATP.

estuaries are the partially enclosed coastal bodies of brackish water formed at the mouth of sea where river meets an ocean. it is a transition zone between river and sea water so estuaries are influenced to both marine environment such as tides, waves and to riverine such as flow of fresh water and sediments. the mixing of sea and fresh water provide high level of nutrients, making estuaries a high product habitats.

many estuaries suffers degradation from a variety of human activities like erosion from deforestation, overgrazing, overfishing, drainage and eutrophication.

so from the above statement answers will be

1. false as estuaries are formed due to both brackish and freshwater.

2.true, due to high productivity estuaries are breeding ground for many marine species.

3. direct and indirect activities of man that contribute to pollution and deposition of sediments.

ice cream

explanation: