If the concentration of Carbon dioxide (CO 2) increased from the normal level in the air. The rate

If the intensity of light. The rate of photosynthesis will increase. Temperature and light intensity Affect vci the rate of photosynthesis vci light together is if the temperature rises alone. But the intensity of the light will not cause increased rates of photosynthesis. vci The rate of photosynthesis will increase. Reached, then the rate of photosynthesis is reduced as temperature and light intensity increased, and also depends on the type of crop plants, such as C, C, three and four plants.
If not, think about other factors Get involved The rate of photosynthesis of plants, mainly to add more. At higher temperatures in the range 0-35 C and 0-40 C if the temperature vci is higher. The rate of photosynthesis is reduced. vci This is because the process of photosynthesis is an enzyme controlled reaction. And the enzyme depends on temperature, so the temperature is correlated with the rate of photosynthesis. The chemical reactions that are correlated with temperature. Thermo-chemical reaction.
If the video is very little light. The effect on photosynthesis of plants was less than the breathing process. Brown is gone Plants can not live. The rate of photosynthesis of a plant is not. Depending vci on the intensity of light only. But it also depends on the wavelength (quality) of light and moments have been like if the plants receive light for photosynthesis, vci the process will be improved. But if the plant is very light with intensity. In too long Photosynthesis is the process halted. Or stopped only because vci chlorophyll vci is stimulated too. Oxygen into the atmosphere instead of going outside. Plants to be oxidized components vci and nutrients within the cell including the color of the background Phil chlorophyll fade. Efficiency of chlorophyll and enzymes decreases and the decrease in sugar.
If the concentration of Carbon dioxide (CO 2) increased from the normal level in the air. The rate of photosynthesis increases accordingly. To a certain extent, although the concentration of carbon dioxide will be higher. But the rate of photosynthesis vci is higher as well. And if the plants get carbon dioxide With a higher concentration level in water for a long time. Will affect the rate of photosynthesis decreases as graphs.
Carbon dioxide will affect the rate of Photosynthesis much depends on other factors such as the concentration increases. But the intensity of the light And the air temperature was lower this case, the rate of photosynthesis will be reduced accordingly. In contrast, the If carbon dioxide concentrations are higher. The intensity vci of the light and the air temperature vci was increased. This case, the rate of photosynthesis will increase along with the temperature.
Temperature is one of the factors influencing the photosynthesis of plants. In general, the rate of photosynthesis will increase. At higher temperature 10-35 C if the temperature is higher than the rate of photosynthesis Video will lower the temperature vci rise. The rate of photosynthesis at high temperatures. Also depends on the time factor, ie if the temperature constant vci at 40 C the rate of photosynthesis is reduced as time increases. This is because enzymes work well in the precise temperature is above 40 C enabling the enzyme to degradation of the enzyme halted. Therefore, it is related to the synthesis temperature light. The chemical reactions that are correlated with temperature. vci Thermal Chemical Reaction (Thermochemical reaction) vci oxygen
Water is an essential raw material for the process of photosynthesis. (But only to about 1%, so it does not matter much because the plant has adequate water within cells), the influence of water affect photosynthesis process is indirectly stimulates the enzyme for the better. There are many kinds of gases, such as oxygen, carbon dioxide.
When plants undergo photosynthesis. This is a process that transforms light energy into chemical vci energy. The chemical energy accumulated in the product is. Glucose and oxygen are 1. Sugars glucose (C6H12O6) glucose synthesis, some are used in the process of plant respiration to change the next power. Some sugars are converted to starch immediately and the plants are stored at the leaves, stems and roots, and some sugars are used in the creation of cellulose, which is a component of the cell walls of plants. In addition, some sugar is combined with minerals in plant cells and then changed to other substances such as proteins, fats, oil seeds, etc 2. Absorbing oxygen (O2) oxygen is used in respiration of plants. When oxygen combines with food is converted into energy vci for the plant cell. To be used in operating activities in the cell, the excess oxygen needs of the plant. Plant, it will spit out the leaves.