Hugh dissolved 2 grams of sugar in 500 grams of water. what was the mass of the solution formed? i think it's a. 1,000 grams 502 grams 500 grams 498 grams

The correct answer is the option 502 grams.

The law of conservation of mass says that the mass cannot be created or destroyed. Hence, the 2 grams of the sugars and the 500 grams of the water together as a solution would make a total of 502 grams of the solution. The sugars may not be visible due to dissolving, but the mass of the sugar would still be there in the solution.

The cell division is divided into two main phase - interphase and M (mitosis) phase. The interphase is further divided into G1, S phase and G2 phase.

G1 (gap 1 phase): The G1 phase is marked by the complete growth of the cell. The cells accquire different proteins and factors that are necessary for the cells to undergo the process of DNA rep[lication of the synthesis phase.

G2 phase (gap 2 phase) : During the G2 phase the cells prepares itself to undergo the M phase and underwent through the different phases of the cell cycle. The nuclear envelope forms around DNA and centrosomes are fully developed.

G0 phase: The G0 phase is also known as the extended phase of the G1 cycle. The G0 phase occurs when the cells are completely ready but do not undergo G1 phase, this might occur when the tissue is under the generation process.

The cells will go through the G1, S, G2 and M phase of the cell cycle. This is not necessary that all cells undergo the G0 phase of the cell cycle.