Greater efficiency is more important in replication than in transcription because replication involves copying the entire DNA molecule, which is crucial for passing on genetic information accurately to the next generation. Any errors in replication can lead to mutations and genetic disorders. In contrast, transcription only involves copying a specific gene to make a messenger RNA molecule, which can tolerate more errors without affecting the overall genetic information.
Multicellularity allows for greater complexity and specialization of functions within an organism, leading to increased efficiency and adaptability. It also enables cells to divide labor and work together to accomplish tasks that a single-celled organism may not be able to perform. Additionally, multicellularity allows for larger size and greater structural integrity, improving the overall fitness of an organism.
The three advantages of being multicellular are increased size and complexity, division of labor among specialized cells, and greater efficiency in energy consumption and resource utilization.
In liquid chromatography the 'theoretical plates' number is a measure of the resolution between the peaks of different eluting substances. The higher the plate value the greater the separation. This is particular important as the load reaches the maximum the column is designed for.
Glycolytic metabolism produces energy quickly but less efficiently, while oxidative metabolism produces energy more slowly but with greater efficiency. Glycolytic metabolism occurs in the absence of oxygen, while oxidative metabolism requires oxygen.
One advantage of megaphylls over microphylls is their larger size, which allows for greater photosynthetic surface area. This can result in greater efficiency in photosynthesis and potentially higher rates of productivity. Additionally, the complex vascular system of megaphylls allows for more efficient transport of water, nutrients, and sugars throughout the plant.
Less reflection, more absorbtion. More absorbtion, greater efficiency.
You don't. Such an efficiency can be less than 1, but it can't be greater than 1.
It is greater. You need to look for the SEER (Seasonal Engergy Efficiency Rating) to see the true engergy rating of the heat pump.
true
The efficiency of gas exchange in the lungs of vertebrates is greater because it increases the lungs' internal surface area.
why efficency is greater than 1 in case of compound lever
Efficiency cannot be greater than 100% because efficiency measures energy, and since energy is not made, only transfered (conservation of energy) then we cannot gain energy. Hence the energy out must be at most the energy in. Thus efficiency can be at most 100%
i think both will be same..
No, an efficiency greater than one would not be possible, since that would violate a very fundamental law of physics: conservation of energy. The efficiency of an "ideal machine" would be one, in many cases; the efficiency of an ideal Carnot engine would be less than one.
nope, efficiency o fa machine cannot be greater than 100%...theoretically it shows sometime that efficiency of a machine can be 100%, but practically it cannot be possible as there is some loss of energy is always involved in different ways.
Competition
Antitrust laws