By: Lisa Figueroa, Kayla Cook, Labria Lanaux, Marcus Rodriguez. Period: 10.

Slides:



Advertisements
Similar presentations
Whompin Watermelons Holly, Brooke, Brandon & Brandy.
Advertisements

Scientific Method.
By Nathan Pendergraft.  The experiment was comparing the soils to see which bean plant would grow the best in quantity or size.  The soils were top.
STEM Fair Projects.
The Scientific Method.
IV. Practice Problem You want to determine the effects of a certain fertilizer on the growth of orchids grown in a greenhouse. Materials that are available.
Steps of The Scientific Method:
PLANTS.
Growing with the lights By:. Question: How do different types of artificial light affect the growth of plants compared to sunlight? I asked that question,
Plant experiment J. Brown T. Kiser J. Roberg J. Brown T. Kiser J. Roberg.
Science Fair Project How do I get from the beginning to the end? A Step by Step guide by Mrs. Amadi and Ms.Gilreath.
Plant Experiment Group Members: Group Members:  A. Yoxall  T. Rathbun  S. Brubaker.
Plants and Water By: Angela Tang and Kendra Mahabir Living Environment Class Mr. Alverio.
Hydroponics Science Fair. Big Question: I’m wondering if a plant will grow without soil. I will grow a plant with soil (plant 1), a plant without soil.
What is the effect of different amounts of salt on the germination of radish seeds? Robert Cho & Brian Haley HR 319.
Title slide Title Name, partner Date. State research question here.
Unit 3: Environmental Requirements and Growth Factors Group Work.
Science Fair Project Flowers and different light sources Alex Pappas.
Scientific Method.
The Scientific Method? What’s it all about? It’s a process which outlines a series of steps used to answer questions. In other words, it’s a way to solve.
The Effect of Fertilizer on The Growth Of Coriander.
Pollution Experiment Things you need to include in your PowerPoint presentation.
The Scientific Method QuestionHypothesizeExperimentConclusion.
Our project is plant science. We are going to make a hybrid plant with zucchini and squash.
The Scientific Process. Step 1 – Define the Problem (or State the Question) This is based on an observation (any information gathered with your senses)
1. Title 2. Table of Contents 3. Question 4. Hypothesis 5. Material 6. Procedures 7. Conclusion 8. Question? 9. Bibliography.
Garlic Plants By: Kaitlin Keenan.
The Scientific Method involves a series of steps that are used to investigate a natural occurrence.
What Every Scientist Should Know The Scientific Method.
1 The Scientific Method What is the Scientific Method?
Parts of an Experiment Parts of an Experiment Variables All of the factors that could be changed in an experiment Constants Independent Dependent.
Science Fair Germinating Seeds.
BY: CATHERIN M. AND MELISSA OBSERVABLE OBJECT BROWN RICE COOKS REALLY FAST, AND WHITE RICE TAKES FOREVER.
Scientific method Isabel Rubio 7-C. what is the scientific method?  The scientific method is a combination of induction and deduction feeding back upon.
Alfalfa seed Lab report Sierra Roy, Loan Do, Hector Herrera.
Effect of colored light bulbs on the germination of seeds Kayla,Ty’kira,Jerome,Deasia.
Will the type of light effect the amount of grow it has?
Research Question Do radish seeds germinate faster when they are in a (50ml) 1/2 a cup of tap water with 250ml of soil each, or do seeds germinate faster.
Does Population Affect the Growth of Alfalfa? By: Abby, Bella, and Nick.
The Scientific Method A universal, organized approach to solving scientific problems.
Planting Science Experiment By: Julia Henry Nathan AKA: THE ARTICHOKES.
Research Question and Hypothesis
Will Various Soil Temperatures Affect the Growth of Barley? By the CRED (Caleigh, Rory, Emily, and Daniel)
Victoria Colvin Ralphie Almaraz Devin Glass Jordan Artis THE VENUS FLY TRAPPERS.
Testing to see how mung beans will grow upside down, and sideways.
Germination of Seeds Project by: Jack Byram Jillian Foster William Anastasio.
The Lady Bugs BY: Kendra Riding, Alexis O'Leary, Jennifer Jones, and Theresa Miller.
How Plants Work with Artificial Light By Elisa Pressley How a lamp effects A plants Growth.
The Scientific Method. Step 1: Observations Information that you get with your five senses or tools Example: This chalkboard is green Information that.
Planting Science 4 MKAT’S
PLANTING PURPLE PENGUINS
Germination Domination
Controlled Experiments
Rasheed Gibson, Jesse Raike, Ethel Carrillo, Courtney Helmig
Scientific Method: Materials List and Procedures
Does the type of light affect the height of rye plants?
Hardcore Ethan, Cory, Richard, and Joe Green 11/3/11
Control Group vs Experimental Group
Science Fair Thursday, March 10th.
What is the purpose of using scientific method?
Observation/Research Formulate a Hypothesis Experiment
Example Experiment Question- Does darkness affect germination rate of sunflower seeds? Form your hypothesis and make a prediction. If sunflower seeds are.
Drawing Conclusions.
Scientific Method.
PLaNTS BY: KATIE HUDDLESTON(:.
LET’S INVESTIGATE: The Scientific Method
Observation/Research Formulate a Hypothesis Experiment
Science Fair Vocabulary
Universal approach to problem-solving in science!!
Light & plant growth.
Presentation transcript:

By: Lisa Figueroa, Kayla Cook, Labria Lanaux, Marcus Rodriguez. Period: 10

Plant Information  The Mungbean/ Vigna Radiata is a little green green seed that has a white line in the middle. It is grown mostly in India and is a seed that is grown to be eaten.

Vigna Radiata  Average Growth Rate - The average time for this seed to mature is weeks.  The Vigna Radiata has a very short growing season.  Fifteen to twenty million pounds of mungbean are consumed annually in the United states. Nearly ¼ imported.

Research Question  Will the root of the Mungbean grow faster in sand or soil?

Hypothesis  We predicted that the Vigna Radiata will grow faster in soil.

Materials  3 cups of sand.  3 cups of soil.  Water access.  A light source.  4 Vigna Radiata (Mungbean) seeds.  4 pots to germinate the seed in.

Procedures  1.) We got 4 Mungbean seeds all the same type. 2.) We put 2 seeds in about 3 cups of sand each.  3.)We buried both seed about 2cm into the sand.  4.) We put the other 2 remaining seeds in about 3 cups of soil.  5.) We buried those seeds about 2cm as well.  6.) We then poured an estimated 1 cup of water in every plant.  7.)We waited 5 days to check on our plant.  8.)After the five days have elapsed we carefully checked the germination of our seed and observed, communicated, collected data of our results.

Results  Our result is that the roots grew faster in the soil than the sand just as we predicted. We think that the outcome would be as it was because of all the nutrients a seed needs that’s in the soil.

Experimental Design  Our Independent Variable is our seed the Mungbean.  Our Dependent Variable is the growth rate.

Discussion  We accepted our Hypothesis because it turned out to be the correct conclusion. Because the Mungbean roots did grow faster in the soil than the sand.

Questions for further thought/ Discussion  Our new question since we have concluded the results of the last experiment is when is the average growth rate of the Mungbean in sand. We have this question because we have observed that the germination for the Mungbean in the sand was very stagnant.

Questions for thought cont.  Something we would do diffrently is that we would use our time wiser than we have been doing.  Something else is asking more questions and asking for more guidance from our teacher and mentor.

Credits  /DATA/PF HTM /DATA/PF HTM  mungbean.html mungbean.html