2-3 Drops Of Sulphuric Acid Needed To Ignite The Fire

After added, pick up the beaker and swirl it around lightly for a short period of time.

We discovered that the acetic acid reacted only with baking soda and sample #2. The acetic acid did not react with the sucrose or the table salt. During the conductivity test, the conductivity meter showed that the aqueous form of each substance, sample 2 included, conducted electricity. As the conductivity test produced no conclusive data, we based our determination of sample 2’s nature on the reaction with acetic acid. Sample 2’s reaction was only comparable to that of baking soda, leading us to believe sample 2 is indeed baking

3. Carefully felt the sides of the test tube and observed the resulted chemical reaction for about 30 seconds.

So green apple is green, grapes are purple, cherries are red, oranges are orange, and lemons are yellow. Then I stirred it until it looked good. Then I poured each mixture into their own small pans, make sure they are not glass pans because they will break. Then put the pans into a freezer and wait 4-5 hours or until mixtures are frozen. Then break them into smaller pieces about a nickel's size and put the pieces into the microwave and wait 40 seconds and it should be melted. Now they let the pieces cool and then roll them into balls, and then dipped it into tartaric acid. Let the balls harden.

The purpose of this lab was to observe the burning of a candle and to determine the rate at which a candle burns. In order to begin, we tightened our candle into the clay located in a weight boat. Then, we measured the initial height and mass. The original height was 8.5 cm. The original mass was 9.26 g. In addition, we noted that the candle was made of wax, had a spiral pattern, was pink with white stripes, and had a pencil-like shape.

Mix all the ingredients together. You can either eat it at once or microwave it to the desired warm (about 30 second to 1 minute), or you can transfer to a refrigerator bowl with a lid and put it in the refrigerator for next day for breakfast. I usually do it a day early to have the next day for breakfast (cold or hot it all depend what I am in the mood for) or sometime I'll eat some of the mixture as a snack.

Each thickening product is different. Some need to be blended into a liquid with a blender while others can be stirred into a liquid with a fork or spoon. To thicken a liquid using a thickening product, follow the instructions on the product label.

This project was both stressful and fun. I love reading Sula and to do a book report on something that I enjoyed reading did not seem that bad. The time frame that it had to be done in made it a little stressful because of how soon everything needed to be done. When we first started talking about the project we both sat down and I wrote down all the potential topics that we could focus on. Coming up with the fire concept in Sula was created by Duncan and I Brainstorming different ideas in the book that we could break down into something more complex than just what it was. From there we looked up all different types the fire is brought up in the book and realized that more times than not fire was a symbol of a cleanse or a baptism. We both did

Salt - Salt suffocates heat by minimizing the oxygen that it needs. All fire extinguishers include salt and baking soda. Adding water to the salt will cause the fire robbery smothered and turn into ashes.

Mix the salt with the flour, work the lard into the flour, make it up into a good workmanlike dough with cold water. Spread some flour on the back of a box or something flat, and pat the dough around a while. Then roll it out with whatever kind of round bottle you prefer. Put a little more lard on the surface of the sheet of dough and then slosh a little flour on and roll it up and then roll it out again with the bottle.

Purpose of this lab was to see which accelerants best burned the house and the different stages of burning. The accelerant that our group used was alcohol. It burned faster than the other accelerants. Other groups used accelerants such as: acetone, gasoline, and hand sanitizer. The acetone burned quickly and almost evaporated instantly. The hand sanitizer and gasoline were both quicker in the spread of the fire. Though alcohol and gasoline ignited quicker. For our group flashover only lasted eight seconds. Flashover happened so quick because there was complete combustion. You could see the flash over occur when the whole house was engulfed in flames as well as the whoosh sound. There was no conduction that we could physically touch unless we

After I watched several videos on this specific reaction between molten potassium chlorate and gummy bears, I became fascinated by the reaction that occurred. When I saw the gummy bear come in contact with the molten potassium chlorate I predicted that it was either going to cause a flame or explode. Luckily I was correct a flame appeared. At this point I knew I wanted to do this as my chemistry project, except on mine I'm going to try several different sugar candies like jolly ranchers, sour worms, lifesavers and gummy bears to see if different candies react better than others.

So, after I mixed all the dry ingredients, I split them in half and distributed my food colorants between 2 bowls.

Once the ingredients are heated and blended together, you can pour the mixture into a glass jar. You are going to have about 16 ounces of salve to use yourself or to have as a gift. To use. rub some of the DIY sleep salve on sore

When it is a little thicker than cake batter, pour in your milk and whisk it all to combine. (If you let it thicken a lot more, you can continue with the recipe but it will be a little more difficult because you will get lumps in your whisk. You may need a fork to get them out before pouring in the milk.)