In an experiment using vinegar and baking soda to blow up a balloon, the dependent variable would be the size or volume of the balloon after the reaction occurs. The dependent variable is the outcome that is being measured or observed and is expected to change in response to the manipulation of the independent variable, which in this case would likely be the amount of vinegar and baking soda used. The dependent variable provides the data that will be analyzed to determine the effect of the independent variable on the experiment.
"How does the ratio of baking soda to vinegar affect the height of the eruption in a baking soda and vinegar volcano experiment?"
Chemicals such as baking soda and vinegar can react to produce carbon dioxide gas, which can inflate a balloon by increasing pressure inside it. When the reaction occurs in a closed environment like a balloon, the increasing pressure forces the balloon to inflate.
Yes, vinegar contains acetic acid which can break down DNA molecules and damage genetic material through a process known as denaturation. However, the extent to which vinegar can destroy DNA will depend on factors such as concentration, duration of exposure, and the specific conditions of the experiment.
To create the greenhouse effect, you can fill the jar with vinegar about halfway and then add an equal amount of water. This will allow for the reaction between vinegar and baking soda to produce carbon dioxide, simulating the greenhouse effect in a closed system.
Soda, well i did the experiment with diet coke, so i think that counts as soda...
The dependent variable in a lava in a cup experiment is typically the height of the "lava" (baking soda and vinegar mixture) that erupts from the cup. This variable is measured and affected by the independent variable, such as the amount of baking soda or vinegar used.
it depends if it is the thing you are changing in a science experiment it is.
Do the experiment and find out yourself :)
The independent variable is also known as the experimental variable. It is the one variable that is manipulated or allowed to vary. All other variables are kept constant. For example, if you want to determine the relationship between mass and acceleration, you would vary the mass and it would be the independent variable. You would then measure the acceleration that occurs with different masses, which would be the dependent variable.
The issue may be related to the amount of baking soda and vinegar used. If there is not enough vinegar to react with the baking soda, there may not be enough gas produced to inflate the balloon. It is important to ensure the right proportions are used for the experiment to be successful.
Vinegar and baking soda inflate a balloon because the vinegar and baking soda cause a chemical reaction making carbon dioxide, inflating the balloon.
It's what changes when you alter the manipulated variable. Examples: In an experiment testing how tall anplant grows in different amounts of sunlight - the manipulated variable is the sunlight, the responding variable is the height of the plant. In an experiment testing how much carbon dioxide produced when different amounts of baking soda react to vinegar - the manip. variable is the baking soda amount, the resp. variable is the carbon dioxide. In an experiment testing how different vitamins affect a person - the manip. variable is the vitamin, the resp. variable is the effect on the person.
A balloon containing vinegar and baking soda will inflate due to the formation of carbon dioxide gas from the chemical reaction between the vinegar and baking soda.
The independent variable in milk making plastic experiment is vinegar. The dependent variable is the milk and the controlled variables are the materials used for comparison that all remained same during the experiment. e.g. bowl , water etc.
Yes. Mixing vinegar and baking soda releases carbon dioxide (CO2) gas. If you can add the two together and quickly attach a balloon to the container (and close any other openings), the balloon will inflate with CO2
Baking soda and vinegar must react. The reaction yields a gas that inflates the balloon.
When vinegar and baking soda are combined, the reaction releases carbon dioxide gas, which can inflate a balloon if captured in it. The gas is produced quickly, creating pressure that fills the balloon, causing it to appear blown up.