Pinto Beans Lab

2. Fill a graduated cylinder with 20 ml of water. Slowly add germinating beans into the graduated cylinder until the volume reaches 30 ml. Count and record

11) Take the beans seeds out and place each bean seed in the soil of the labeled container that corresponds with the soda the bean seed was soaked in. Also put control seeds in the containers labeled control. 12) Measure each height of each bean plant daily until it has

Cells are the basic units of life and their processes are vital to the functioning of all organism. The reactions of photosynthesis and cellular respiration are complimentary and are also the most important pathways on the Earth. Photosynthesis is a process that converts carbon dioxide into organic compounds in presence of sunlight. Cellular respiration is the set of metabolic reactions that take in cells of living organisms that convert nutrients like sugar into energy , which is known as ATP (adenosine triphosphate), and waste products. The two processes are closely related and likewise, they share many similarities and differences

All plants need these five basic elements to grow and thrive . They are sunlight, water, soil, and CO2, in this experiment, I will be changing 1 of the elements which is water to see the effects of the radiation on the pinto bean. This can determine the growth of the plant , the plant that I changed was Plant C. The plant can serve in warm or hot temperatures like 70 degree Fahrenheit or more. When started the project the temperature was 74 fahrenheit in the beginning I put the seeds in cups, because I did not have any pots. I filled it with 1 cup of potting dirt, and put the seeds in. After about 6 weeks later, I filled the potting dirt up again. It took about 8 days for all the seeds to

TRIAL 2: 1) Repeat step 1 to step three from trial 1. 2) Pour 60mL in the centre of the

Then is to place the test tubes in front of a beaker full of water so that it is not direct light, and turn on the lamp. Then is to record the data every 5 minutes for 20

Make sure to read all of the procedures before you begin the experiment and try rewriting the procedures in your own words to make sure you understand what you are to perform during the experiment. It would also be helpful to know

Cellular respiration is the process of converting biochemical energy obtained from nutrients into energy in the form of adenosine triphosphate (ATP) to fuel cellular activity (). The equation for this process is as follows:

For cellular respiration to happen, the materials needed are oxygen, glucose(sugar), and it happens in the mitochondria. The symbol formula for glucose is “C6H12O6”. The oxygen comes from the plant, the plant absorbs carbon dioxide and produces oxygen. The glucose comes from photosynthesis, when photosynthesis happens it absorbs glucose and produces it as well. The mitochondria is a cell organelle found in all organisms which converts glucose(sugar) into energy(ATP) for the cell.

For all living cells, cellular respiration is a vital sequence of metabolic reactions. It is through respiration that energy is released from sugars and is stored in the form of ATP (adenine triphosphate).

To begin, cellular respiration, also referred to as the aerobic harvesting of food molecules by cells, provides energy for life. Cellular respiration happens within the mitochondria of a cell. Within the mitochondria, O2 is consumed as glucose and then broken down into CO2 and H2O. Then, the cell captures energy released in ATP. Energy is lost as heat while the CO2 and H2O released by cellular respiration is then converted to glucose and O2 by photosynthesis. Cellular respiration can produce up to 38 ATP molecules for each glucose molecule.

Cellular respiration comprises of a series of metabolic reactions that are vital to life. In cellular respiration, the energy from sugars (glucose) are released and are stored in a more readily available form, called adenine triphosphate (ATP). ATP is used as an energy source, in particular to drive reactions that occur inside the cell. Hence, without cellular respiration, organisms would find it difficult to perform simple tasks vital for survival.

Cellular respiration is a process that occurs in mitochondria, the powerhouse of the cell. It allows for cells to produce energy, more specifically ATP, in order for them to survive. Cellular respiration is defined as “a catabolic pathway for the production of adenosine triphosphate” (Bailey). It involves “both aerobic and anaerobic respiration” but usually is referred to as “aerobic respiration” (Notes). During this process, food molecules such as glucose react with oxygen to form carbon dioxide, water, and ATP. The chemical energy that is stored in food molecules are extracted and then used to generate ATP.

Cellular respiration is how we extract energy from food sources, especially food sources such as glucose as most of the food we eat ends up as glucose in the body. The chemical formula for one molecule of glucose is C6H12O6. In order to turn this glucose into energy, oxygen is needed. This is done through cellular respiration where the glucose and oxygen is turned into 6 molecules of CO2, 6 molecules of water and some energy. Before we can use that energy our body has just produced we have to turn it into a specific form of stored energy called ATP or adenosine triphosphate. In order for our body to use the energy we make our cells need the energy to be transferred into ATP, adenosine triphosphate to be able to let our body do anything. Adenosine triphosphate is made up of adenine, ribose and three phosphate groups attached to it. The three phosphate groups are very uncomfortable being next to each other, so ATP splits them up shifts one of the phosphate groups off the end creating Adenosine diphosphate. In this reaction energy is released. Through cellular respiration one molecule of glucose can yield a bit of heat energy and 38 molecules of ATP at its best, a normal range would be between 29-30 molecules of ATP. Cellular respiration isnt something that happens all at once. Glucose is is transformed into ATP’s over 3 separate stages; Glycolysis, the krebs cycle and the electron transport chain. Glycolysis is just the breaking up of the glucose 6 carbon rings into two

Cell respiration is basically when food energy is turned into chemical energy. This is a process every type of cell goes through! Cell respiration has three parts: Glycolysis, Krebs Cycle, and Electron Transport Chain. In Glycolysis, a 6 Carbon glucose molecule is split into 2 3 molecules of pyruvate (also known as pyruvic acid). During Glycolysis, 2 ATP molecules are produced. This process takes place in the mitochondria. The resulting molecules of pyruvate have 3 carbon atoms. Glucose comes in from the photosynthesis process and pyruvate, NADH, and ATP is produced. In the Kreb Cycle, NADH and pyruvate go in from the Glycolysis process. The Krebs Cycle produces carbon dioxide, citric acid, and 2 ATP. The Krebs Cycle takes place in the matrix (in the mitochondria’s empty space). Lastly, there is the Electron Transport. This takes place in the cristae (the infoldings of the mitochondria). NADH, FADH2, and oxygen go in, which was produced from the Krebs Cycle. The ETC produces hydrogen ions, water and 32 ATP, which is the most ATP produced from all the parts of cell respiration. At the end of the electron transport, oxygen combines with the hydrogen ions and electrons to form water (H2O). The overall equation for cell respiration is glucose+oxygen=carbon dioxide+water+36ATP. (Note: This is the complete opposite equation from photosynthesis). From the Cellular Respiration Webquest, I learned that ATP is the major energy