The results contrasted with the expected density of 1.03 g/mL. The standard deviation revealed that the uncertainty of G2 experiment was 1.19g/mL±0.03. On possible reason for error conducted in the experience could have been a loss of liquid during transfer of the G2 solution. The G2 solution was construct in a beaker because it needed to dissolve entirely, and in order to do so it could not done so in a graduated cylinder. The transferred G2 powder to the beaker, the transferred water in the graduated cylinder to the beaker, or the transferred G2 mixture to the graduated cylinder could have caused error in the experiment due to loss of substance through the movement. Another possible error was that there was not specific temperature of the solution. As a substance’s temperature decrease, the substance’s density decreases (4). Temperature may have also impacted the rate at which the G2 had dissolved. If the temperature of a substance is altered to a temperature that is too warm or cold, it may affect the rate of the reaction. If a solution is heated too much, the particles will have moved faster than normal and collided more often (5). The rate of dissolved G2 may have been slowed down due to a lack of heat in the applied
The results contrasted with the expected density of 1.03 g/mL. The standard deviation revealed that the uncertainty of G2 experiment was 1.19g/mL±0.03. On possible reason for error conducted in the experience could have been a loss of liquid during transfer of the G2 solution. The G2 solution was construct in a beaker because it needed to dissolve entirely, and in order to do so it could not done so in a graduated cylinder. The transferred G2 powder to the beaker, the transferred water in the graduated cylinder to the beaker, or the transferred G2 mixture to the graduated cylinder could have caused error in the experiment due to loss of substance through the movement. Another possible error was that there was not specific temperature of the solution. As a substance’s temperature decrease, the substance’s density decreases (4). Temperature may have also impacted the rate at which the G2 had dissolved. If the temperature of a substance is altered to a temperature that is too warm or cold, it may affect the rate of the reaction. If a solution is heated too much, the particles will have moved faster than normal and collided more often (5). The rate of dissolved G2 may have been slowed down due to a lack of heat in the applied