p5g6+mp1

= Nuke = =**__ Group Names __**=

= = =**__ Matt __**=

=**__ Vance __**= =**__ Cody __**= =**__ Ryan __**=

= **__Our group is cool.__** = []

=Marble Lab= = =
 * 1) First you would measure the mass of the marble. To measure the mass you would use the triple beam balance.
 * 2) To measure it on the triple beam balance there are a couple of steps that you need to do first. First you need to zero the balance out. Next you put the marble on the plate. Then you move the sliders to find the mass.
 * 3) When the mass is found you need to find the volume. To find the volume you need a gradated cylinder. Fill the cylinder to 50 mL then roll the marble slowly so there will be no splash. When it is in look where the bottoms of the meniscus is and subtract it from 50 mL. Now you have the volume.
 * 4) This is the final step where you find the density of the marble. To find the density you need to follow this formula D=M/V. Replace the M= mass and the V= volume. Fill it in with your data and divide. When it is divided you write your answer and then after it write the unit as g/mL.

Summery The lab went fairly well. We did get mixed up but then we got it right.

The Law Of Conservation Of Mass

Mass is neather created nor destroyed in ordnary chemical or physical changes.

=Ice Lab=

So far we have measured the mass of a plastic cup in grams and it equaled 3.5 grams. Next we have measured the cup and ice together in grams and it equaled 16.7 grams. Then we subtracted the mass of the ice and cup to get the ice mass 6.5 grams.