analysis of a scientific lab report

Analysis of a Scientific Lab Report

I am all out of order. Put me where I should be..

The hard shell of the M&Ms is made with water soluble colors. When the water touches the M&Ms, the colors begin to dissolve off of the M&Ms and run into the water. Because of the shape of the plate and the positioning of the M&Ms, the colors have nowhere to go except into the middle of the plate, forming a beautiful rainbow as they do.

Some groups bumped their plates which made theirs look all murky and dirty. My group was careful and ours was separated so we could see all the colors.

They also did use heaps of M and M’s so it didn’t look as cool.

Our one:   Another Group:  

   

What will happen when we add water to a plate full of M and M’s?

• Plastic plate
• M and M’s
• Water

I know that when i eat them my saliva makes the chocolate melt in my mouth. Maybe they will melt in the water?

The materials used to color the m&m aren’t afraid of water, so they dissolve quickly and make rainbow colored water! The chocolate on the other hand did not dissolve quickly

First we place M and M’s randomly around the plastic plate.

Second we add water.

Then we wait and see what happens when the water touches the M and M’s. We had to gently add enough water to the middle of the plate until the water is touching all of the M&Ms. Be careful not to add the water too roughly or it will cause some of the M&Ms to move out of the circle.

Have you ever tried to make the M of an M&M candy float? We did! The floating M candy science experiment is easy, quick, and pretty cool!

e observed that the chocolate did melt. And the colors from all the M and M’s ran out of them. The colors didn't want to touch each other.

I have predicted that the water will melt the chocolate and make the water go all chocolaty

Have you ever tried to make the M of an M&M candy float? We did! The floating M candy science experiment is easy, quick, and pretty cool!.