Immune system cells enter a resting phase after undergoing mitosis. When activated—for example, by an infection—they can reenter the sequence of events in the cell cycle that leads to cell division. What would be the correct cell cycle sequence of events for these reactivated cells? View Available Hint(s) Immune system cells enter a resting phase after undergoing mitosis. When activated—for example, by an infection—they can reenter the sequence of events in the cell cycle that leads to cell division. What would be the correct cell cycle sequence of events for these reactivated cells? G1, S, G2, M S, G1, G2, M G1, M, G2, S, G1 G1, G2, S, M

Explanation:

After reactivation, these cells move from resting phase to G1 phase.  In G1 phase, cell prepare for DNA replication and arrange all the enzymes and nucleotide which are necessary for DNA replication. After that cell enter into S phase, where DNA replication occurs. In every cell, DNA replication occur once and only once per cell cycle. Once complete, the cells move into G2 phase.

In G2-phase, cell make the final preparations for mitosis, and finally cell enter M-phase and then cell division occurs.

the abdomen (less formally called the belly, stomach, tummy or midriff) constitutes the part of the body between the thorax (chest) and pelvis, in humans and in other vertebrates. the region occupied by the abdomen is termed the abdominal cavity. the stomach secretes acid and enzymes that digest food. ridges of muscle tissue called rugae line the stomach. the stomach muscles contract periodically, churning food to enhance digestion. the pyloric sphincter is a muscular valve that opens to allow food to pass from the stomach to the small intestine.

the answer would be   10%