Oxygen

The purpose of this experiment is to investigate the investigate the interaction between the circulatory system and respiratory system response to physical activity. The problem investigated in this experiment was How does physical activity affect the heart rate? The hypothesis of this is,if you engage in physical activity then your heart rate will increase. My partners resting heart rate was 83 bpm. My resting heart rate was 87 (bpm). The activity we did was galloping across the hall 3 times

the organism into Glucose (C6H12O6) and Oxygen (O2). The glucose is stored in the organism whereas the oxygen becomes a byproduct of this reaction and is released into the immediate area. It is this

formula, which is MgO. Therefore, we borrowed the data of another group, and understood that roughly 0.89 moles of oxygen were available per mole of magnesium, yielding the calculated empirical formula as MgO. Introduction The burning of magnesium produces light and carbon dioxide. This occurs because it is a combustion reaction. If we burn the magnesium out in the open, the oxygen would combine with the magnesium and the reaction would occur faster. The whole purpose of this investigation is to

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In general, the rate of physiological processes increase as the temperature and oxygen concentration increase (Buentello et al., 2000). The main controlling factor for fish or shrimp feeding, metabolism, and growth is temperature. The growth rate is reduced if the energy demand of increased metabolic rate exceeds the gain from increased

dioxide and add it with water and light and you end up with sugar and oxygen; the food that the plant needs. It can be written as CO2+H2O+lightC6H12O6+O2. Because plants “breathe,” just like how we breathe oxygen, plants breathe in carbon dioxide. Also, plants “drink”

and oxygen. We take the glucose around the plant through the Phloem, and the Stomata release

components in photosynthesis (Govindjee, 2012). Other essential resources that contribute to photosynthesis varies in habitat and time as well. In the same process, water is used and oxygen is released into the atmosphere. The oxygen released from photosynthesis is what we use to breathe and is needed for our daily lives. The oxygen being released is a part of Respiration. Respiration comprises of four different stages. The first stage of respiration is Glycolysis and is located in the cytoplasm (cytosol)

One of the main questions we should answer is: how does temperature effect enzyme activity? We will be recording the amount of oxygen released at 30 second intervals and will also have separate trials testing the effect of temperature on the reaction speed. Measuring the reaction at 30 second intervals will allow for us to gauge how quickly the reaction is happening, predict what

give life. Bodily systems can work with chemicals and nutrients that are both on the inside and on the outside of the human body. The respiratory system uses inhalation to obtain oxygen that is released from plants and uses the chemical to work with the circulatory system so oxygen can be delivered to the cells.