In Mendel's experiments, the pea plans were labelled by tagging the stems with an information card containingdetails about the condition being tested: like seed shape or colour
answer: compare a plant not given fertilizer to a plant given fertilizer..
No, having one plant with light and another without light would not be considered a control experiment. A control experiment would involve having a third plant with no changes made to serve as a baseline for comparison.
In this experiment, you would have two groups of plants: one group that receives fertilizer and one that does not. The independent variable is the fertilizer application, as this is what we are manipulating. The dependent variable is the plant growth, as this is what we are measuring as the outcome of the experiment. Data to collect would include measurements of plant height, number of leaves, and overall plant appearance over a set period of time to determine the effect of fertilizer on plant growth.
A control in a science fair project would usually be a separate running of the experiment where you don't change anything. Example: If you are testing the effect that music has on plant growth, you would grow a plant with no music.
Experimental result is basically what it says, It's the Result of and experiment. Definition To "Result" = Something that results-effect, consequence-beneficial or discernible effect-something obtained by calculation or 8investigation. Definition To "Experimental" = A controlled proceeder carried out discover or test something. Definitions by the Merriam-Webster Dictionary. Eample: You water a plant to see if it would grow during the week. The experiment is to see if the plant would grow during the week, and at the end of the week you find out that the plant did grow. So the result would be that it did grow during the week you watered it. Simple ;)
For instance, if you wanted to experiment on plant a, plant b, and plant c. You would put plant c to one side, treat it like a normal plant (water, feed, etc.) and call that the control. You could then experiment on plant a and plant b - feeding them differing fertilisers, allowing pests to attack the plants, and so on. At the end of the experiment, you could compare the growth of plant a and plant b to the control plant c. Though plants are mentioned above, the principle relates to any experiment - you need a control to compare against the end results of the experiment.
well if you ask me on all the research and all the pages i have looked on bean or pea plants would be the be the best choice to do a experiment on. they grow the fastest and they are the easiest plant to grow. so that what i would do :)
You need to describe the experiment; how else can anyone know what is being manipulated?
answer: compare a plant not given fertilizer to a plant given fertilizer..
answer: compare a plant not given fertilizer to a plant given fertilizer..
No, having one plant with light and another without light would not be considered a control experiment. A control experiment would involve having a third plant with no changes made to serve as a baseline for comparison.
i would suggest pea plants. very good. worked for my science experiment to test with 8 liquids! very easily handelable!
This would probably be an experiment given that there is no generally accepted result from playing music to a plant. Of course research design would play a hefty role in whether it's a valid experiment.
A controlled experiment is an experiment in which all factors are controlled except for the one variable you will be altering. If you were performing a controlled experiment on the effects of fertilizer on plant growth, for example, you have to control plant variety, exposure to sunlight, soil type and water ration. The only thing you would change is the fertilizer used on each plant.
A scientist is going to perform an experiment to see how soil temperature affects the rate of plant growth. Which of the following pieces of equipment would be most helpful to the scientist during the experiment?
In this experiment, you would have two groups of plants: one group that receives fertilizer and one that does not. The independent variable is the fertilizer application, as this is what we are manipulating. The dependent variable is the plant growth, as this is what we are measuring as the outcome of the experiment. Data to collect would include measurements of plant height, number of leaves, and overall plant appearance over a set period of time to determine the effect of fertilizer on plant growth.
Peer review does the same thing for science that the "inspected by #7" sticker does for your t-shirt: provides assurance that someone who knows what they're doing has double-checked it. In science, peer review typically works something like this: