1. When a sugary gummy bear is placed in water, there are more dissolved solutes _______________ (inside/outside) the gummy bear
. 2. Your gummy bear increased in size after being soaked in tap water. Why did it expand?
(Hint: Remember that this is osmosis, and that water LOVES solutes.)
(Note: Giving 50 points because I'm confused and appreciate the help so much! Also, you don't need to see the assignment to know what the answer is. I just don't understand much about solutes.)
When a sugary gummy bear is placed in water, there are more dissolved solutes inside the gummy bear.
Explanation:
The sugary gummy bear has more solutes as compared to the water in which it is being soaked. When a sugary gummy bear is placed in water, water enters the gummy bear through osmosis as water tends to move to the place where there are more solutes. The sugar gummy bear has more solutes. So, the gummy bear expands and increases in size due to the entrance of water into it.
The other answer helped explain it to me. When you put the sugary gummy bear in water, the water all rushes in and expands the gummy bear. If enough water gets in it, it could actually explode. That's why when you take the gummy bear out of the water, be very careful not to pop it.
In the experiment, the independent variable is the drug amount. Experiment group is given certain amount of drug, control group is not given the drug. The dependent variable is the body fat. I think you means the control is the living environment including food and water.
