The Fates of Glucose

One fate of glucose is to be shared with other cells of the plant that cannot do photosynthesis. In order to leave the photosynthetic cell, glucose must first

• bond with galactose to make sucrose

• bond with fructose to make lactose

• bond with galactose to make lactose

• to bond with fructose to make sucrose.

One fate of glucose is to be shared with other cells of the plant that cannot do photosynthesis. In order to leave the photosynthetic cell, the disaccharide that glucose forms must cross the cell membrane by

• doing simple diffusion

• doing active transport

• doing facilitated diffusion

• doing osmosis

One fate of glucose is to be shared with other cells of the plant that cannot do photosynthesis. In order to travel through the plant, the disaccharide that glucose forms must use the

• stomate

• xylem

• phloem

• guard cells

One fate of glucose is to be linked together as a storage chain. What is this chain called in a plant?

• A polysaccharide called starch

• A polysaccharide called cellulose

• A polysaccharide called glycogen

One fate of glucose is to be linked together chain for internal support. What is this chain called in a plant?

• A polysaccharide called starch

• A polysaccharide called cellulose

• A polysaccharide called glycogen

One fate of glucose is to be linked together as a storage chain. What is this chain called in an animal?

• A polysaccharide called starch

• A polysaccharide called cellulose

• A polysaccharide called glycogen

Another fate of glucose is for it to be broken down to regenerate which energy molecule?

• DNA

• ATP

• NADP

• CHLOROPHYLL

Tags

NGSS.HS-LS1-7

NGSS.HS-LS2-5

When glucose is broken down during GYCOLYSIS, which statement is true?

• Glycolysis happens in the cytoplasm and does not require oxygen to be present and produces 2 net ATP molecules per 1 molecule of glucose.

• Glycolysis happens in the matrix of the mitochondrion and does not require oxygen to be present and produces 2 net ATP molecules per 1 molecule of glucose.

• Glycolysis happens in the cytoplasm and does not require oxygen to be present and produces 24-28 net ATP molecules per 1 molecule of glucose.

• Glycolysis happens in the intramembranous space of the cristae of the mitochondrion and does not require oxygen to be present and produces 24-28 net ATP molecules per 1 molecule of glucose.

Tags

NGSS.HS-LS1-7

NGSS.HS-LS2-5

What is true about glucose and the Kreb's Cycle?

• Oxygen is directly required; 2ATP and CO₂ is produced.

• Oxygen is indirectly required; 2ATP and CO₂ is produced.

• Oxygen is directly required; 32-34 ATP and H₂O is produced.

• Oxygen is indirectly required; 32-34 ATP and H₂O is produced.

Tags

NGSS.HS-LS1-7

NGSS.HS-LS2-3

What is true about glucose and the Electron Trnsport Chain?

• Oxygen is directly required; 2ATP and CO₂ is produced.

• Oxygen is indirectly required; 2ATP and CO₂ is produced.

• Oxygen is directly required; 32-34 ATP and H₂O is produced.

• Oxygen is indirectly required; 32-34 ATP and H₂O is produced.

Tags

NGSS.HS-LS1-7