A factor that tends to cause species to change can be one of two things. It can be either climate change or an invasive species.
Sexual reproduction allows for changes in the lifeforms due to genetic mixing and evolution. Asexual reproduction tends to produce exact copies of the single original species with only a rare change to the genes, usually caused by radiation damage, cosmic rays and natural background radiation being two of the main sources.
The ratio of beneficial traits tends to increase until each member of the species possesses the trait, at which point the trait is fixed.
None. Gene flow between two groups of the same population tends to stabilize alleles, or one way gene flow tends to not change allele frequency enough for speciation. The only speciation driver we know of is natural selection working on two allopatic species separately. Different populations, due to this geographic separation, can speciated, but gene flow between them, whatever the direction, will tend to bring things to a stability, or to a situation that is not enough for speciation.
The process of evolution tends to produce organisms whose genes contribute to the survival of the organism. If an organism has genes which impede or prevent survival, then the organism is less likely to survive. A species with such genetics would die out.
I would suppose stabilizing selection could do that. Selecting for the mean morphology and behavior would be somewhat in stasis if the environment did not change.
Power Factor is the relationship between the phase of the current and voltage which are each sine waves. When there is an inductance in a circuit the AC current waveform tends to lag the voltage. This causes a phase difference which reduces the Power Factor from a maximum of one to something less.
YES! It can turn your tongue black too but I've only experienced the black stool.
power factor normally goes to the lagging
spider monkeys do
Revolution is a turning, a change. Revolution tends to imply a change of government by force.
No. And one tends to doubt the sincerity of such a question.
approach unit
High temperature
Sexual reproduction allows for changes in the lifeforms due to genetic mixing and evolution. Asexual reproduction tends to produce exact copies of the single original species with only a rare change to the genes, usually caused by radiation damage, cosmic rays and natural background radiation being two of the main sources.
It depends where the centre of enlargement (dilation) was; it can be any value.As all you have given us is the change in the coordinate of the A vertex, so all we can conclude is that the centre of enlargement is somewhere along the line y + 2x = 0.Examples:If the centre is at (3, -6) then the scale factor is -6If the centre is at (0.5, -1) then the scale factor is -1If the centre is at (0, 0) then the scale factor is -3/4If the centre is at (-3, 6) then the scale factor is 0If the centre is at (-4, 8) then the scale factor is 1/8If the centre is at (-10, 20) then the scale factor is 1/2If the centre is at (11, -22) then the scale factor is 2If the centre is at (1.4, -2.8) then the scale factor is 6(As the centre tends towards ±∞ the scale factor tends towards 1 [from below towards -∞, from above towards +∞].)
Yes. Soy is not easily digested by rabbits and tends to cause blockage in their intestines. It should be avoided.
Insects make their nests out of different materials - each insect species tends to make the same sort of nest, but across species the nests are all different