Genetic variation is a fact that a biological system â individual and population â is different over space. It is the base of the genetic variability of different biological systems in space.Genetic variation is based on the variation in alleles of genes in a gene pool.It occurs both within and among populations, supported by individual carriers of the variant genes. Genetic variation is brought about by random mutation, which is a permanent change in the chemical structure of a gene.enetic variation is a fact that a biological system â individual and population â is different over space. It is the base of the genetic variability of different biological systems in space. Genetic variation is based on the variation in alleles of genes in a gene pool.
One kind of nonlinear function is called inverse variation. In these functions, the dependent variable equals a constant times the inverse of the independent variable. In symbolic form, this is the equation, where y is the dependent variable, k is the constant, and x is the independent variable.
Analyzing Linear and Exponential Functions. Linear. To graph a linear function, such as f(x)=2x+3, you first look at the y-intercept (3). Next, you see the slope (2x) and graph that.The line will be sloping upwards because the slope is positive, and will meet the y axis at 3, since that is the y intercept.It will look like this:Exponential. To graph an exponential function, such as f(x)=2^x, you plug in the x values and plot the points.he line will be sloping upwards because the slope is positive, and will meet the y axis at 3, since that is the y intercept. It will look like this: Exponential. To graph an exponential function, such as f(x)=2^x, you plug in the x values and plot the points.