You can change an independent variable so that means you can change the color of food coloring you use to make the experiment. It does not gives you a certain color of food coloring to use for YOUR EXPERIMENT you get to choose your own kind of food coloring and YOU and YOUR partner. **WHAT WILL YOU NEED ** 1.)You will need__________.(VINERGAR) 2.)You will need__________. (VEGETABLE OIL) 3.)You will need __________.(A CLEAN 1 LITER BOTTLE)drink all of your juice OR soda. 4.) you will need much much more
Oil is slightly less dense than water and a litre of water weighs a kilogram. It would be less than a kilogram, but by how much depends on the type of oil.
A liter of water IS a kilogram. Since oil is lighter, it's about .625 kg
oil
In science , Dense refers to the "heavier" object . For example , You know how oil and water don't mix ? And do u notice how the oil floats to the bottom ? The reason why is because the oil has a higher density than water . It's kindof confusing , huh??
Well, it depends on your experiment. If you're adjusting the amount of cooking oil before an experiment, it's an independent variable. If you're calculating how much there is after the experiment, it would be a dependent variable.
The independent variable of a homemade lava lamp experiment could be the type or amount of oil used, the type or amount of water used, or the type or amount of effervescent tablets used. This variable is manipulated by the experimenter to observe its effect on the outcome of the lava lamp's behavior.
Water
The dependent variable in a lava lamp experiment could be the height of the separated oil and water layers, the speed of the moving bubbles, or the color intensity of the lamp's glow. It is the variable that is being measured and is expected to change in response to the independent variable being tested.
The variable in the project of what happens when oil mixes with water could be the type of oil used, the temperature of the water, the ratio of oil to water, or the presence of an emulsifier. These variables can affect the emulsification process, the formation of microemulsions or macroemulsions, and the overall stability of the mixture.
emulsifier. Also, a device that removes oil from water, or water from oil - depending upon its application.
The oil and water do not chemically react with each other, so they are considered immiscible. This means they do not form a homogeneous mixture, but rather separate into distinct layers due to the difference in their densities. The variable in this scenario would be the ability to observe the two separate layers when oil and water are mixed.
DEPENDS ON HOW MUCH OIL YOUR ARE USING
Using detergent and water to clean oil is a physical change because it does not alter the chemical composition of the oil. The oil is simply being physically separated and removed from the surface it was on, but it remains the same substance chemically.
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No, you cannot separate oil from water using a spoon. Oil and water do not mix, so they will not combine easily. To separate them, you can use a method like allowing them to settle and then manually removing the oil layer with a tool like a pipette.
Oil can be separated from a mixture of oil and water using techniques such as centrifugation, skimming, or using a separating funnel. These methods rely on the differences in density and immiscibility of oil and water to physically separate them. Once separated, the oil can be further refined or processed accordingly.