In this part of the post-lab you are going to look at the data collected as...

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In this part of the post-lab you are going to look at the data collected as part of the Archimedes Law experiment where you incrementally added water into a beaker with a cylinder in the middle and recorded the total mass of the system (mtotal, kg). Time left 2:49:44 All values provided are relative to the base case, where the water is just touching me bottom of the cylinder, dv=0, dh=0, dm=0. At this initial point, the weigh scale measured: 291 g For reference, the following applies to this question: Acceleration due to gravity = 9.81 m/s Density of water = 1000 kg/m Diameter of the cylinder = 70 mm Answers should be provided to 3 significant figures. Answers within 3% are accepted as correct. A sample of the data recorded is given here: AV h mtotal (ml) (mm) (g) 0 26 291 100 44 451 200 62 611 250 71 691 Q6. Based on the data presented in the table, what is the specific gravity of the submerged cylinder (ie what is the relative density compared to the water). SG = In this part of the post-lab you are going to look at the data collected as part of the Archimedes Law experiment where you incrementally added water into a beaker with a cylinder in the middle and recorded the total mass of the system (mtotal, kg). Time left 2:49:44 All values provided are relative to the base case, where the water is just touching me bottom of the cylinder, dv=0, dh=0, dm=0. At this initial point, the weigh scale measured: 291 g For reference, the following applies to this question: Acceleration due to gravity = 9.81 m/s Density of water = 1000 kg/m Diameter of the cylinder = 70 mm Answers should be provided to 3 significant figures. Answers within 3% are accepted as correct. A sample of the data recorded is given here: AV h mtotal (ml) (mm) (g) 0 26 291 100 44 451 200 62 611 250 71 691 Q6. Based on the data presented in the table, what is the specific gravity of the submerged cylinder (ie what is the relative density compared to the water). SG =