Temperature affects living things mainly by affecting the rate of chemical reactions. These are catalysed by enzymes, which are speeded up by increasing the temperature.
The Calvin cycle is a series of chemical reactions, so increasing the temperature increases the rate of reactions in the Calvin cycle and so increases the rate of photosynthesis.
Photosynthesis consists of two stages: a series of light-dependent reactions that are temperature independent and a series of temperature-dependent reactions that are light independent. The rate of the first series, called the light reaction, can be increased by increasing light intensity (within certain limits) but not by increasing temperature. In the second series, called the dark reaction, the rate can be increased by increasing temperature (within certain limits) but not by increasing light intensity.
The solubility of solids in water increases with the increasing temperature.
increased pressure and/or increased volume, depending on conditions that you did not provide in your question
Increasing the temperature more solute is dissolved.
Thermal energy in a system can be increased through methods such as adding heat, increasing the temperature, or increasing the number of particles in the system.
rate of a reaction can be increased by increasing the temperature if the reactor
Generally, it comes down to the basic laws of chemistry. As the temperature increases, particles become more 'excited' and move quicker, therefore increasing the rate of photosynthesis. The opposite happens when temperature decreased, the particles move slower and therefore decreasing the rate of photosynthesis.
It is being increased, because temperature is the average kinetic energy of the object.
The average kinetic energy of colliding particles can be increased by increasing temperature.
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Increasing the the pressure the volume decrease.The law of Boyle and Mariotte: P.V= k
The resistance of metals generally increases with temperature due to increased atomic vibrations that impede the flow of electrons. This relationship is described by the temperature coefficient of resistance, which varies for different metals.