The plant is getting bigger and is getting more boimass because it's getting water and sun and is giving off oxyge they also give out carbon dioxide not only at night but also during the day too. The leaves proide sugars, stems, and branches position the leaves light environment and transportation water as well as nutrients, and roots acquire water and nutruents and anchor the plant. Biomass is a distrubution that has been studied using 2 approaches. The first employs an allometric analysis. It focuses on the size of the organ and it also relates to the total size of the organism or the organ.

Story Of The Seed #6

1) So when my plant uses Photosynthesis it makes energy for it self to survive. Photosynthesis begins when the plant receives water, sunlight, and carbon dioxide. After that it dos the process and releases oxygen because it doesn't use a lot of it and it also produces glucose or sometimes food like fruit because it uses it as energy. Then when the plant breathes out oxygen all the energy it made is used. It is used for plant growth, flower for\ation and fruit production. Since the energy is used for plant growth that means it has the energy of its cells to begin to multiply by the process of mitosis. The beginning of mitosis is interphase, when the cell is preparing itself to divide. Then comes prophase when the chromosomes of the cell are now visable. Then metaphase comes and the chromosomes align in the middle for the fibers to attach to them. Then anaphase comes and the spindle fibers begin to split the chromosomes in half. Then telophase and two nucleus have formed and the cell has almost split. Finally cytokinesis is when the cell is now two cells in which this case it is now two plant cells.

2) Now when a plant wants to make more of the enzymes of Rubisco and PKG it the does the process of making a protein because those enzymes are in the category of proteins. So the nucleus does its normal function of sending signals and it sends signals for making proteins then it needs to create mRNA. So the RNA interprets a DNA sequence to make a complementary copy of mRNA. Then after making the specific mRNA it makes more of them and since the are tiny enough they leave the nucleus and go through the ribosomes. Then the ribosomes catch them and begin the process of transcription. After Transcription is done they new proteins move onto translation and and then go to the Golgi Apparatus so they can be put together and then are sent out to the outside of the cytoplasm to the rest of the plant.

Blog post #6

Question 1)
In this school year me and my partner have found out that plants are capable of making there own food  through  photosynthesis.When the plant cells use Expiration and intake oxygen to produce energy and carbon dioxide

Question 2)
Phosphoglycerate is made by rubisco Is recycle to get more ribulose bisphosphate Which is needed for the carbon fixing cycle A protein synthesis is made when enzyme is needed The protein synthesis is made in the nucleus.before all of this happens a transcription of dna happens

Blog post #6

How does your garden grow? 

        During this past school year my partner and I learned that plants make their own food through photosynthesis. When a plant's cells use respiration they intake oxygen and produce energy and carbon dioxide as a by-product. For each cell mitosis results in 2 daughter cells with this increase in the number of cells the plant grows.


       Most of the phosphoglycerate made b y rubisco is recycled to build more ribulose bisphosphate, which is needed to feed the carbon-fixing cycle  A protein synthesis occurs when a enzyme is needed. The protein synthesis happens in the nucleus and ribosomes. Before protein synthesis happens transcription has to make a copy of DNA. The 3 letter sequence was RNA and RNA had codons which correspond with amino acid. After, the RNA is sent to the ribosomes. Once that all happens translation creates the correct amino acids. Once that all happens you have a new enzyme ready to use again.

Blog post 6

My name is David Sanchez and this is blog post 6 and I am going to be talking about how our plant has been growing because of photosynthesis the way it works is that the process by which green plants and some other organisms use sunlight to synthesize foods from carbon dioxide and water. Photosynthesis in plants generally involves the green pigment chlorophyll and generates oxygen as a byproduct. This is why are garden has been growing more and more. For photosynthesis to occur carbon water and sunlight two things made by this is glucose and oxygen. That is it for blog post 6.

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The story of the seed 2018

1.)  When we planted the rosemary plant in the garden in the first cuple of weeks it started to grow a little bit. I do remember is that there was grass around the rosemary plant in the garden. So i belevie the rosemary plant was in the division " Non-Flowering plant" are those that do not produce flowers. Some non-flowering  plants, called "Gymnosperms " still produce seeds while others use spores for reproduction . So what is gymnosperms ? gymnosperms are any type of plant that reproduce an exposed seed in the ground in the soil.

2.) The second thing i will talk about is how a little bit of photosynthesis and a little bit if cellular mitosis. Photosynthesis included in mitosis because the sunlight is little bit into transported into the phases will move a lot of from the sun to different sots of the plant organism.

How Does Your Garden Grow?- Abel

As our Kohlrabi plants grows and gets bigger, it is adding biomass. Photosynthesis uses Carbon Dioxide, Nitrogen, water, and sunlight to create food for the plant. The Kohlrabi uses the Carbon Dioxide to create glucose (sugar) providing it with energy. Cellular Respiration is the exact opposite of this process and after complete, it lets out Carbon Dioxide in which will be again used in photosynthesis. Cell Division is the main part of adding biomass. As the cells divide, the plant slowly increases in size because new cells are constantly being created. Using mitosis, the cells divide through five steps resulting with the plants growing at a steady pace.

During the process of photosynthesis, enzymes are often used to speed up the reaction. Phosphoenolpyruvate carboxylase (PEPC) and ribulose 1,5-bisphosphate carboxylase/oxygenase (Rubisco) are two very important enzymes used in photosynthesis. As more cells are created, more of these enzymes are as well and to create more, a message is sent to the nucleus. Enzymes are a type of protein and because of that, with the help of a ribosome, they are created in each cell. The DNA has to split and find its complementary RNA strand. Afterwards, the messenger RNA moves itself out of the nucleus and into the cytoplasm in which it splits into groups of three creating codons. mRNA and tRNA are complementary to each other. The tRNA forms an anticodon to compliment the RNA’s. This helps to connect to the ribosome so that it can transcript correctly. Each and every combination of codons creates a specific amino acid. The start signal is Methionine and it will eventually reach a stop signal and when that occurs, the polypeptide chain will have been completed. The chain is now a protein and in some cases, it’s a enzyme which can be used in photosynthesis.