It's because the cell has a greater surface area to volume ratio. This increases the potential for diffusion, etc.
If bacteria in a colony are unable to perform transduction, they would lose the ability to share genetic material with other bacteria through bacteriophages. This could reduce genetic diversity in the colony, making them more susceptible to environmental changes and limiting their ability to adapt and survive in challenging conditions. Overall, the colony's chance for survival may be compromised due to a lack of genetic variability.
It can help the animal camouflage in the terrain. By camouflaging (blending in) it will have a greater chance of stalking up on prey-- which then means more food-- and it will have a less chance of being caught by predators.
I remember years ago reading up about industrialisation and how pollution caused many trees and whatnot to darken considerably with the smog, exposing the light peppered moths and giving the dark peppered moths a better chance of survival.
Without humans, the environment would likely thrive with reduced pollution, deforestation, and habitat destruction. Other species might experience less competition for resources and have a better chance of survival in the long term. However, the loss of human influence could also disrupt ecosystems due to sudden changes in management and infrastructures.
Mutations are both! Mutations lead to genetic variation. (so does fertilization) It gives the organism greater chance of survival if the environment changes. Mutations could lead to different height or eye color etc. They could also lead to disadvantages as well. If the adaptation in an environment is tall and a mutation is made for short then the mutation isn't very advantagoes. If the environments adaptation is for an immunity to a chemical like pesticides vs bugs and a bug has an immunity due to mutation then it is beneficial
Increase the diameter of the handle, the diameter of the handle is greater than the diameter of the screw so by increasing the diameter of the handle you arerequiredto use less force.
you could overexhaust the horse or stress it out and damage the foals chance of survival :(
An Euglena in an environment with no light has a better chance of survival because Euglenas are photosynthetic organisms that can make their own food using sunlight. Amoebas in an environment with other organisms may face competition for resources or predation, which could decrease their chances of survival.
You could use a simple ruler, or a micrometer for greater accuracy.
A biased dice is a dice that has a greater chance of landing on a particular number than could be expected according to the law of averages. This could be due to the dimensions of the cube not being uniform or the weight of one side being greater than the others.
me its 5in diameter
Some summarize his theory by "The survival of the fittest"Which could also be paraphrased as "Individuals who can adapt to their environment have the greatest chance of having offspring and perpetuating their chromosomes".
Approximately 1.3 million Earths could fit inside the Sun. The Sun's diameter is about 109 times larger than Earth's, and its volume is about 1.3 million times greater.
The general equation for the area of a circle is A = [Pi]r2. Since the radius, r, is one half the diameter, divide the diameter by two and substitute that result for rin the equation. Alternatively, you could use this equation instead: A = [Pi]d2 / 4. The value of Pi is 3.14. If you need greater precision, you could use 355/113, which is accurate to six -- count 'em, six! -- decimal places.
The general equation for the area of a circle is A = [Pi]r2. Since the radius, r, is one half the diameter, divide the diameter by two and substitute that result for rin the equation. Alternatively, you could use this equation instead: A = [Pi]d2 / 4. The value of Pi is 3.14. If you need greater precision, you could use 355/113, which is accurate to six -- count 'em, six! -- decimal places.
They could be
It could mean a circle with a diameter of 12.5 mm