Higher temperatures tend to affect metabolic rate by increasing the rate of metabolism. Lower temperatures tend to slow the process enough to cause a lowering in the burn of oxygen and calories.
Metabolism is driven primarily by the function of enzymes - molecules which are essential for reactions in the body. With greater temperature, their kinetic energy increases, meaning they are more likely to successfuly react in the same time period as they would have at a lower temperature. Increased temperature can also cause water loss through sweat, changing the dilution of natural salts within the body; this alters the biochemistry in many different ways.
It decrease the metabolic rate. This is because Metabolic actually produce heat, if you are in fever state, the body will slow down rate of metabolic as less heat will be produced.
Light, carbon dioxide concentration, and temperature.
oxygen is used for cellular respiration and is used more when metabolic rate increases
Temperature, concentration of CO2, and light intensity
Temperature affects the rate of cell progress that is the mitotic rate to quite some extent. With the increase in temperature(3-25 degrees C) the mitotic cycle rate increases linearly.
The two thyroid hormones thet affects the metabolic rate are Thyroxine & Triiodothyronine.
Water flea is poikilothermic, which means that its body temperature and metabolic rate are afffected by the temperature in the environment. The change in metabolic is then reflected in the heartbeat rate
ventricles
muscle size
Gender, age, and body shapes/sizes can affect a person's metabolic rate. ***Apex: All of the above
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The metabolic rate of a naked person increasing if the air temperature is lowered depends on the person's physical makeup. A tin person will not react as a heavy person.
Thyroxine and Triiodothyronine
The higher the temperature, the higher the rate of evaporation. It is
The higher the temperature, the greater the rate of dissolving.
as the temperature increases, the rate of osmosis increases
The Rubner rule apples to animals that maintain their body temperature at a steady level. Their metabolic rate is approximately proportional to the surface area of the body.The Rubner rule apples to animals that maintain their body temperature at a steady level. Their metabolic rate is approximately proportional to the surface area of the body.The Rubner rule apples to animals that maintain their body temperature at a steady level. Their metabolic rate is approximately proportional to the surface area of the body.The Rubner rule apples to animals that maintain their body temperature at a steady level. Their metabolic rate is approximately proportional to the surface area of the body.