THE EFFECTS OF MOUTHWASH ON PEA SEEDS GERMINATION ANITA ASARE PERIOD 1 MR. SORANNO ANITA ASARE PERIOD 1 MR. SORANNO Purpose: The purpose of the pea seeds germination lab is to determine whether pea seeds will sprout with the absence of a complete water solution and replaced by Listerine Mouthwash. Water is the most basic and useful, natural resources for all living things. Water is extremely responsible for carrying all life functions within the cell. Life cannot exist on earth without the presence of water. In this lab we will investigate to see if seeds can germinate with a substance which its inactive ingredient is water. Since seeds require water in order for its embryo to rise up, …show more content…
In a more detailed description of why mouthwash would not be the best solution for the seed to absorb during the process of seed germination, is that the chemicals found in mouthwash like menthol, methyl salicylate, and etc. can cause harmful effects on the seed’s ability to sprout. These harsh chemical reactants can produce havoc within the cell’s interior. Mouthwash may also cause the endosperm to remain inside the seed which will make the seed very resistant to germinate. METHODS/PROCEDURES: In the beginning of the experiment, pea seeds were used in order to perform the experiment. It was extremely important to acquire good, dry, and viable seeds so the process of germination could occur. A handful of these healthy seeds worked best in assisting the experiment. The seeds ability to germinate was a vital information needed to determine the outcome of the experiment. The second step of the experiment was to soak the seeds in water overnight. This action was made to prepare the seeds for germination and making them more softer and less rigid. The seeds were placed in a bowl and were covered by tin foil. It was set up on the refrigerator to minimize any outside interference that may come to it. After a full night of absorbing the water, the seeds were ready to start the next stage. The third step that was taken was germinating the seeds. Two sets of paper towels were used to germinate the
The germination process begins when water and oxygen are pulled into the seed by the seed’s coating. The embryo’s cells grow bigger as water and air
The procedure was repeated to prepare a second set of germinating peas, dry peas, dry peas plus beads and glass beads for use in the remaining respirometers.
The purpose of this lab was to see if decaf coffee or regular coffee had a better effect on the germination of flax seeds rather than tap water. We hypothesized that the caffeine in the coffee would be a boost and increase the speed of the flax seeds germination because of caffeine's effect on the human body and how it energizes us.
2. Question: How does the amount of light a pinto seed gets affect seed germination? Answer: I learned that pinto seeds will germinate faster if they are exposed to less light. The less light that the seed absorbs, the faster it will germinate.
Methods: The experiment that was being tested was the germination of soybeans, the non-germination of soybeans and glass beads. First three vials were marked 1, 2 and 3. Then a small wad of dry cotton was placed into the bottom of the three vials.
In the article “Seed” William DiMichele discusses the development of seeds. A seed is a part of a plant, that is capable of creating another plant. Inside a plant's ovules, seeds are created. A seed can either be categorized by enclosed or naked, this is based on whether or not they are based on angiosperms or gymnosperms. Inside a seed, the embryo is where the plant grows, the food storage system provides nutrients, and the seed coat protects the internals of the seed. Seeds are created through sexual reproduction, through plant spores acting as reproduction cells. The movement of a seed can be influenced by many outside forces such as wind, water, animals, or people. After seeds
Now, let's get back to the topic. We reached a point where you fold the seeds. Then place them in a sandwich/zipper bag and zip most of the way. Ideally, you will leave some room for the seeds to be able to breath. If you want to test out several different seeds, write down the name of the plant on each bag to avoid errors when identifying the seeds. Store the bag with seeds at room temperature (about 70 degrees Fahrenheit/21 degrees Celsius). Perhaps it is best to place it by a sunny window. Wait seven to ten days. During this time, make sure to keep the paper towel/coffee filter moist.
The hypothesis being tested in this experiment is that extract from alfalfa will cause a negative effect upon the germination as well as the seedling height of an onion.
The experiment began with counting the endless amount of radish seeds in group of sixty, then dividing them into six groups of ten. Paper towels were folded into patches and placed inside six petri dishes. The paper towels will serve as the soil or bases for the seeds on their planted. Afterwards, we performed a serial dilution
The seeds will be placed ½” under the soil and covered lightly with surrounding soil. The 12 pots will be placed in the tray equidistant from each other on a piece of felt. The felt needs to be fuzzy side up. Before placing the pots in the tray add about 100 mL of water in the tray and make sure the felt is most all across.The plants will be watered 500 mL of water every other day in the first 3 weeks of being planted. From week 4 to week 12 the plants should be watered at least 750 mL but it also depends on how dry the top soil in each pot is. Always feel the top soil of each pot before watering to be sure you do not overwater or under water the plants. On the weekends increase the amount of water poured in the
There were also procedural problems including imprecise measurement of the water at the beginning of the setup, inconsistent seed placement on the paper towels and irregular times at which the seeds were observed and watered. Also, the seeds were placed very close together which resulted in roots growing over into other paper towels and the faster spread of mold. This mold, which began growing on some of the seeds within a few days, was a major factor. Because the mold began to spread to other seeds and because none of the seeds sprouted after mold had grown, the moldy seeds probably should have been removed. There were also a couple breaks in the pattern of observing and watering the seeds
Introduction Seeds are planted all over the world in order to grow a variety of different things such as fruits, vegetables, and flowers. Seeds are formed by male plants releasing pollen that fertilize ovaries. These fertilized ovaries develop into seeds. They are around 0.4 inches long (Legg, From Seed to Sunflower, 1998). Germination begins when the seed is covered with dirt.
Comparing the times evaluated in the ultrasonic bath (2 and 4 minutes), according to the statistical analysis there is no significant difference between the different times, because they present results very close to the percentage of germination of the seeds. Of the seeds that remained for 2 minutes in the ultrasound bath, 65% of them germinated, and of those that remained for 4 minutes in the ultrasound bath, 68% of them germinated. However, the statistical analysis showed that there is a significant difference between seeds that have undergone ultrasonic treatment and seeds that have not undergone any type of treatment, proving the need for a treatment to break dormancy of the seeds of this species, since of the seeds that have not undergone
Next, put approximately two inches of masking tape on each cup. Then, mark five cups with control (0W) over the masking tape, using the Sharpie. Once that is complete, mark five cups with 100W over the masking tape, using the Sharpie. Next, mark five cups with 500W over the masking tape, using the Sharpie. After that, mark five cups with 900W over the masking tape, using the Sharpie. Next, place 10 seeds in the microwave for 30 seconds on power level one (100 W). After that, remove the seeds and submerge them in the soil in one of the cups marked 100W. Once that is complete, water the seeds evenly using about 20 mL for all 10 seeds. Wait three days and water the seeds evenly, using about 20 mL for all 10 seeds. Once again, wait three days and water the seeds evenly, using about 20 mL for all 10 seeds. Ten days after the seeds were placed in the soil, carefully remove all of the plants from the soil, as to not rip the roots. Then, use the ruler to measure, in centimeters, the length of each of the ten plants from the bottom of the root to the top of the plant. For any seeds that did not germinate, measure the length of the
Hypothesis: Seeds that germinate and grow in soda won't grow and germinate as well as those grown in water