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.
Plants exposed to classical music often demonstrate enhanced growth, increased leaf development, and improved overall health compared to those in silence or with other types of music. The vibrations and frequencies of classical music may promote better nutrient absorption and stimulate biological processes in plants. Additionally, the calming effects of classical music may benefit the environment around plants, creating a more conducive atmosphere for growth. However, while some studies support these claims, more research is needed to fully understand the extent of these effects.
Actually Myth Busters conducted an experiment on this kind of question. They set up some green houses with these types of recordings: -nothing -positive talk -negative talk -classical music -death metal music It turns out that plants grow better when listening to music, specifically metal music. Classical came in second. And positive and negative talk came in third. Not having any recordings came in last. So it's better to play music for them.
All plants have radioactive waste, especially fossil fuel plants.
Nuclear plants
Potato and Tobacco plants.
Just do an experiment about how water effects plants
Plants, brah.
The plants that receive no fertilizer in the plant experiment would be considered a control group. This group serves as a baseline for comparison against the plants that do receive fertilizer, helping to determine the effects of the fertilization on plant growth.
Risk assessments keep any person who the experiment may affect safe. For example, if the experiment was testing the effects greywater has on growing plants, a risk would be possible sickness from coming in contact with the manure that is used to fertalise the plants.
For instance, in an experiment on plants, some plants may be subjected to variables - different fertilisers, soil, temperature, daylight, diseases, etc. While other plants would be kept separate as a control. The control plants would not be subjected to any variables or experiments. The control plants would be used to compare the growth and the effects on the plants that were subjected to the variables.
An in vivo experiment involves testing on living organisms, such as animals or plants, within their natural environment. This type of experiment allows researchers to observe the effects of interventions or treatments on the whole organism, providing valuable insights into biological processes and potential therapeutic applications.
In fact, all plants can be used to test the effects of acid rain. A smaller and leafier plant would be recommended. However, since acid corrodes almost any plant, most are equally effective in testing results.
Why must controls (such as plants given water only) be used in the fertilizer experiment
Mario Brajuha conducted an experiment to study the effects of plant growth in zero gravity aboard the Mir space station in 1990. This experiment was significant because it demonstrated that plants could grow and develop normally in space, which has implications for future long-duration space missions.
An investigatory project is a planned experiment for the purposes of research. An investigatory project about plants would be to set up a controlled experiment to see which color of light that plants grow best in.
it depends on how much power you want to have in your experiment, and how your going to test it: 1. Decide how you will quantify the data you will be collecting on plants, (e.g. - inches the plants grow, color, etc.) 2. Decide how long you are going to measure the plants 3. Decide how you will be treating the experimental group (are you going to spray the leaves? put the detergent in the soil?) 4. treat the plant with detergent however you decide you will treat them at the time you first treated them everyday, be consistent in your treatment because it effects the legitimacy of the experiment 5. Crunch the numbers when your done... GOOD LUCK!
There were three times as many tall plants as short plants.