slowly
Actually, sunlight and warm temperatures are essential for photosynthesis to occur efficiently. Factors like low light intensity, extreme temperatures, insufficient water, and lack of carbon dioxide availability can slow down the rate of photosynthesis.
Low temperatures can slow down metabolic processes in organisms. This is because chemical reactions occur more slowly at lower temperatures, impacting enzyme activity and cellular function. In extreme cases, prolonged exposure to very low temperatures can even cause metabolic processes to cease, leading to cell damage or death.
Low temperatures can slow down the rate of photosynthesis because the enzymes involved in the process become less active. This can lead to reduced carbon dioxide fixation and ultimately lower production of glucose and oxygen. Extremely low temperatures can even damage the plant cells and photosynthetic machinery, affecting overall growth and survival.
Differences in air temperature and pressure usually cause wind, otherwise any kinetic energy can cause the movement of air. High pressure goes to low pressure, hot to cold. High temperatures have low pressures and low temperatures have high temperatures. Wind goes to low pressured areas to fill them in.
Deserts have very low humidity and very high temperatures, very low temperatures, or can alternate between the two. Heat and low humidity can cause fatal dehydration in a matter of hours. Low temperatures can cause hypothermia. Some deserts are prone to dust storms.
Bacteria, like all living organisms, function by means of a complicated series of chemical reactions. Chemical reactions happen differently when there is a large difference in temperature. Low temperatures have a particular danger, which is that water freezes and it expands when it freezes, which will cause it to rupture the cell membrane of the bacterial cell. High temperatures cause all sorts of new reactions to occur which would not occur at lower temperatures, and these new reactions will also destroy a cell, even more thoroughly than low temperatures will. In less technical terms, high temperatures will cook the bacteria.
It doesn't, a flame is a plasma, this can occur at temperatures as low as about 600°C.
Very low temperatures.
continued exposure to low or rapidly falling temperatures
A range between high 80 degrees Fahrenheit to low 60 degrees Fahrenheit
No, a polar molecule is one that has an uneven distribution of electrons, resulting in regions of partial positive and negative charge. This can occur at any temperature, not just low temperatures.
High temperature and low humidity levels in a room can cause water to evaporate quickly within two days. The combination of warm temperatures and dry air creates ideal conditions for evaporation to occur at a faster rate.