... greater the amount of Light, the more conversion there would be taking place and the quicker it would take place. Because of a greater intensity of light, there would be a greater amount of chemical reaction in the same or ...

... + 6H2O ((((((((( C6H12O6 + 6O2 Carbon dioxide + water Chlorophyll Sugar + Oxygen On are preliminary experiment we tried to measure the volume of oxygen produced but couldn't collect enough oxygen to measure, so instead we used a method where ...

... southern spring in the layer above Antarctica. This was completely unexpected so scientists began to research why the hole had appeared and what it was that had caused it to appear. Because the chemistry of the ozone layer is so dynamic ...

... (the last Ice age about 2 million years ago). There are two different types of pingo; a closed-system pingo and an open-system pingo. The closed-system pingo forms from a local supply of water, they often form on the sites of ...

... concentration in the slow moving pools or the fast moving riffles. I chose a freshwater dwelling species because there was a stream, Woodford meanders near to the base camp, Nettlecombe court, where we were staying, therefore it was more accessible, ...

... and in the early stages of germination seeds may rely on some anaerobic respiration, at least until the testa has ruptured. So this explains why water, oxygen and a suitable temperature are needed for germination, therefore needed for this experiment. Light ...

... form a shell around each solute molecule. So this decreases the number of free water molecules that are able to exert a pressure on the membrane. Therefore, the water potential decreases" (Reference ASGURU website) Therefore the more negative the water ...

... chlorophyll. The plant gets its green colour because chlorophyll is green. Light energy drives photosynthesis. The chlorophyll captures the light energy and uses it to build carbohydrates from simple raw materials (water, carbon dioxide and minerals). The raw materials that ...

... Rack Lamp Water Scissors Ruler Elodea Stopwatch Diagram: Prediction: I predict that as the distance from the light increases the average number of bubbles produced in 5 minutes will decrease. I think this because light plays a very important part in photosynthesis. Carbon Dioxide + Water Glucose + Oxygen As can ...

... the pondweed must also remain the same because the bigger the pondweed the more amount of bubbles that will come off it. Also the distance of the light must remain the same because if I am doing the part of ...

... called the substrate and the substance produced by the reaction is called the product. As enzymes are unchanged in reactions, a small amount of enzyme can catalyse the conversion of a lot of substrate into a lot of product. In ...

... + Energy Aerobic respiration is when we measure we measure the rate of respiration by measuring the carbon dioxide given out. This process takes place in the presence of oxygen. Prediction I predict that when the temperature rises we will produce ...

... tile or board and using the scapulae cut into discs 5mm thick. Label 3 test tubes, A B & C for each of the temperatures to be tested. The temperatures required are 20, 30, 40, 50, 60, 70 and 80°c Put 10cm³ ...

... wave action and, there will be a lot of turbulence. Because of the turbulence, less light will be able to penetrate the water. The growth of the Fucus vesiculosus depends on carbohydrates being produced as a product of photosynthesis, and ...

... diagram Diagram Equipment List-this is a list of everything I will need in my experiment Beaker Test tube Funnel Elodea Scales (for sodium hydrogen carbonate) Sodium hydrogen carbonate Water Elodea Fair Test and Limiting factors There are many limiting factors in my experiment, many of which are incorporated into whether or not ...

... of nutrients for chemical reactions.) I will go into detail about these factors further on. The first set of proteins to come in contact with the minerals and ions in the surrounding soil and are involved in the transport of micronutrients ...

... the amount of Oxygen (O²) given off. This is because when the NaHCO² is added, the amount of Carbon Dioxide (CO²) increases. Therefore the pondweed will respire more quickly than before the NaHCO² was added, taking in more CO² and ...

... good insulator of heat, so no (or very little) heat could have escaped from the cup therefore our results can be considered more accurate than otherwise. We also realized that stirring the water would ensure an average representation of the ...

... Power and mass are fixed, whilst time and change in temperature vary. E.g. I would have a fixed power input and mass, in order to see how both factors relate to one another. Preliminary experiment In my preliminary experiment, I have ...

... I will ensure that the hairdryer is always on the same setting and always on the cool setting so that I only change 1 factor at a time. I also must check that as far as possible the humidity and ...

... use a stopwatch to measure the temperature of water every 30 second and how long it would take to boil. 1. The Independent variable-the variable that can be changed, in this experiment is the alcohol. 2. The Dependent variable- the variable that ...

... air within them are trapped and so cannot move, therefore convection currents cannot occur; which makes the still air a good insulator. Air is a good insulator because the particles are far apart so heat cannot transfer through the particles ...

... aid with photosynthesis. Factors The rate of photosynthesis can be affected by various factors including light intensity, temperature, accessibility of water, and availability of nutrients. If the conditions that the plant requires are improved, the rate of the reaction should increase. Therefore, ...

... water did not get out of control. I noticed several mistakes with preliminary work. Firstly I noticed that even if you are careful it is still very difficult to prevent the water from boiling violently. Unfortunately the only measures which ...

... will start to grow. The idea of coppicing affects some of the areas factors of distribution of plants because it provides more light and space for smaller plants, i.e. dog's mercury, so they will not be competitively excluded. This also ...