About 10% of the energy from the plant is transferred to the herbivore when it eats the plant. The rest of the energy is lost as heat during metabolic processes and waste production.
Un-germinated seeds have lower respiration rates because they are in a dormant state and do not require as much energy. Once germination begins, the metabolic activity increases, leading to higher respiration rates as the seed begins to grow and develop.
Homeostasis keeps the balance in your internal environment. It is important because homeostasis keeps balance in your Oxygen and Carbon intake. In your urinary system it keeps balance of water. How much it should store and how much to take out of the body.
1310 kJ/mol
Enzymes speed up metabolic activities by lowering the activation energy required for a chemical reaction to occur. They do this by binding to reactant molecules and stabilizing the transition state, making it easier for the reaction to proceed. This allows the reaction to occur more quickly and efficiently.
The size of the animal and its metabolic rate are the two main factors that determine how much energy an animal needs. Larger animals generally require more energy to fuel their greater mass, while metabolic rate influences how quickly an animal processes energy for various physiological functions.
How much electrical energy does the average American require per day ? How much electrical energy does the average American require per day ?
Basal metabolic rate: The energy required for basic bodily functions such as breathing, circulation, and cell production. Physical activity level: The more active a person is, the more energy they require to fuel their movements. Age and gender: Men generally require more energy than women, and energy needs decrease with age due to changes in muscle mass and activity level.
They require less energy as they do not do much work compared to teenagers. They should have less energy intake and less energy expenditure.
The relationship between metabolic rate and body size affects how much energy an organism needs to function. Generally, smaller organisms have higher metabolic rates relative to their body size compared to larger organisms. This means that smaller organisms need to consume more energy per unit of body mass to maintain their physiological functions. On the other hand, larger organisms have lower metabolic rates relative to their body size, so they require less energy per unit of body mass. This relationship between metabolic rate and body size influences an organism's energy expenditure and overall physiological functioning, as it determines how efficiently an organism can use energy for growth, reproduction, and other biological processes.
During pregnancy, a woman's metabolic rate can increase by about 15-20, primarily due to the energy needed to support the growth and development of the fetus.
Squirrels are more active and have higher metabolic rates than turtles, so they require more food to meet their energy needs. Additionally, squirrels need to regularly replenish their energy reserves for activities like climbing and jumping. Turtles have a slower metabolism and lower energy requirements, so they eat less food in comparison to squirrels.
A plant retains about 1-2% of the energy it receives from the sun through the process of photosynthesis. The rest of the energy is used for various metabolic processes or lost as heat.
Plants and animals have different metabolic processes, and plants use photosynthesis to convert sunlight into energy. While plants may be smaller than some animals, their energy needs depend more on factors like growth rate, environmental conditions, and reproductive strategies rather than just size.
About 10% of the energy from the plant is transferred to the herbivore when it eats the plant. The rest of the energy is lost as heat during metabolic processes and waste production.
Only 40% of energy is converted to useful work. The rest is given off as heat to maintain homeostasis
BMR stands for basal metabolic rate. This is the rate of energy expenditure by people while at a resting point.