well the scientific method is basically when you form a structured experiment with a hypothesis. (If...then...because). usually you do a control group with no fertalizer as well.
if i were you i would do something like (and i don't know what kind of fertilizer youre using) If i add (blank) amount of fertilizer the tomatoes will grow to the fullest because this amount isn't too much fertalizer but also not too little fertalizer. (It does sound stupid but that isn't the point). you can have multiple pots each with multiple seeds in it. one pot with no fertalizer, a few with watever amounts you would like to test, and one with more fertalizer than needed. this is because you need to cover all angles of the experiment. just make sure you have constants and that you consider/write down all possible errors in the experiment so you understand what could have gone wrong or could have gone wrong with it
since this ask for scientific method, the steps below can be considered. it is generic because the problem is not very specific.
Problem/Question 1) will plants grow in different fertilizers?
Observation/Research 2) different types of fertilizers can make plants grow.
Formulate a Hypothesis 3) if more fertilizer is added then the plants will grow faster.
Experiment 4) prepare 4 pots of plants, one will be the control, the three will be added with different amount of fertilizer.
Collect and Analyze Results 5) after several days, observed and record data.
Conclusion 6) plants with more fertilizer, grows faster.
Communicate the Results 7) different amounts of fertilizers should be added to plants to make them grow.
ALAIN S. PRESILLAS
Go out and buy two identical bean plants, two flower pots and a bag of potting soil. (and your fertilizer) Plant both plants in the pots the exact same way, water and place side by side in the direct sun. Water them regularly for about 10 days or until they are established. The follow the instructions on the fertilizer and use only on one plant. Monitor your result.
data from repeated trials of the experiment
The word 'experiment' is a noun, a singular, common, abstract noun; a word for a scientific procedure or a test designed to observe an outcome; an experiment is a thing.
I like to use it because it is a balanced fertilizer. It contains even amounts of nitrogen, phosphorus, and potassium. As to how effective any given fertilizer is will depend on what you are trying to grow. If you apply a fertilizer that is rich in nitrogen and little of the others (phosphorus and potassium), for example, then the plant will have a relative tendency to grow more leaves and less roots and flowers. This isn't good for your roses and zinnias, but higher nitrogen is great for your lawn. So using a balanced fertilizer is good all around, covers all the bases.
True.
Lotion is a thick liquid preparation designed to be applied to the skin. Some of its chemical properties include: semi-solid emulsion, presence of surfactants and flammability.
Spallanzani's experiment was designed to disprove the spontaneous generation of microbes in the air.
The respond variable in an experiment is the variable that changes as a result of manipulating the experimental variable. It is more commonly called the dependent variable. For example, in an experiment designed to determine whether fertilizer will increase the growth of plants, the respond variable would be the growth of the plants.
(Quite often this is the case.) Example: "The study was designed to determine the effectiveness of acupuncture."
designed experiment
An experiment should be designed to answer a specific question.
It depends on what the experiment is designed to do!
One
data from repeated trials of the experiment
It shows that the experiment is designed properly.
An experiment
It was to answer whether or not Spontaneous generation is possible or not.
How the flies would not be able to get in the jar