Kevin's science class did an experiment using baking soda, vinegar, a balloon, and a flask. First, they filled the flask with vinegar and poured baking soda into the deflated balloon. Then, they placed the balloon over the mouth of the flask, being careful not to let the baking soda fall into the vinegar. They observed that the balloon was still deflated. They placed the flask onto a scale and measured the weight to be 565.8 grams.Next, the students held the balloon up and allowed the baking soda to mix with the vinegar. The mixture began to bubble, and the balloon began to inflate.What happens to the weight of the flask as the baking soda and vinegar mix? A. The weight increases because the volume is increasing. B. The weight increases because there is more matter in the flask. C. The weight decreases because gases weigh less than liquids and solids. D. The weight stays the same because weight is always conserved.

Some students decided to do an experiment with a can of soda. They opened a 340 g can of soda and left it open for a day. They then measured the soda can and found it was 332 g. The uncertainty in the measurement was 2 g. They then poured some of the soda in a glass and observed that it was no longer fizzy. Which of these statements explain what happened during the experiment?*1 pointBecause the gas in the soda leaves the open soda can, increasing the mass of the systemBecause the gas in the soda leaves the open soda can, decreasing the mass of the systemBecause gases that surrounds the soda can takes in, increasing the mass of the systemBecause gases that surrounds the soda can takes in, decreasing the mass of the system

Identify why a balloon was stretched over the top of the conical flask.It has no purposeTo show how heat affects the particles of rubber in the balloonTo help show that a gas is formedTo help show that a liquid is formed

Hold the bottle and pull down on the knot of the balloon at the bottom. Describe what happens to the balloon inside the bottle.

When vinegar reacts with baking soda in a double displacement reaction, which reaction product causes baked goods to rise?WaterCarbon dioxideSodium acetateCarbonic acid

Select which of the following would happen if you blew up a balloon at room temperature and then put it in the freezer for 10 minutes. he balloon would increase in size as the particles would slow down in motion and expand. The balloon would decrease in size as the particles would slow down in motion and contract. The balloon would decrease in size as the particles would increase in motion and contract. The balloon would stay the same size as the movement of particles would stay the same.