Variables are things that can be varied to affect the outcome of the experiment, or things that vary with the outcome of the experiment. In this hypothesis, the things that could vary are: 1. The price of the paper towels. 2. The water absorbed by the paper towels. Expressed mathematically: y = f(x) Where y = water absorbed and x = price of paper towels. Thus, the amount of water absorbed by a paper towel is a function of the price of the paper towel. Or, at least, that's the hypothesis.
There is no standard thickness for paper towels. More expensive kinds are generally a lot thicker than the cheaper brands.
Bounty does, because when you make the paper towel is wet it practically sucks it out of thin air.
In testing the best brand of paper towels, the independent variables could include the brand of the paper towels being tested, the type of spills or messes (e.g., liquid, grease, dirt), and the conditions of the test (e.g., surface type, amount of liquid). Additionally, variables like the number of sheets used or the method of application (e.g., wiping or blotting) can also be adjusted to assess performance. By controlling these independent variables, the effectiveness of each brand can be compared systematically.
To be truly testable, a hypothesis should be falsifiable, with counter-testing and proof of the null hypothesis possible. First you have to find a problem then find a question or what you are going to test. An example would be paper towels, such as how much weight they can hold. A hypothesis would be, "Bounty will hold over two hundred pennies. A hypothesis is an educated guess.
yes bounty paper towels are better than scot paper towel
The property demonstrated when paper towels absorb a water spill is called absorbency.
No, wet towels are not effective at absorbing smoke.
Yes, they do.
Bounty paper towels are super absorbent. They absorb better than any other brand of paper towels.
Paper towels absorb different liquids through capillary action and absorption. The porous structure of paper towels allows liquids to be drawn into the fibers, where they are trapped. The absorbency of paper towels is influenced by factors such as the size of the fibers and the strength of the intermolecular forces between the liquid and the paper towel material.
The independent variable is the brand. The dependent variable is how absorbent it is. There may be other variables such as temperature, but I doubt different brands of paper towels absorb different amounts of heat or have different specific heats. There are crap tons of variables you probably don't have to worry about, because they're probably not that "variating" anyway.
Probably liquids like mollasses and maple syrup.
There is no standard thickness for paper towels. More expensive kinds are generally a lot thicker than the cheaper brands.
Objects that can absorb water include sponges, towels, clothes made of certain fabrics (such as cotton or linen), paper towels, and certain types of clay or soil. Absorbent materials have a porous structure that allows them to take in and retain water.
Paper towels themselves do not have a smell. However, if they come into contact with strong odors or are stored in a damp or musty environment, they can absorb and retain those smells.
Paper towels typically absorb water the most effectively. This is because the fibers in paper towels are designed to attract and retain moisture, making them well-suited for tasks like cleaning up spills or drying surfaces.
This is because they have stronger bonds with their double layered sheets allowing them to saturate later and easily be wrung of the liquid they absorb. Hope it helped!