None, one or five.None, one or five.None, one or five.None, one or five.
The probability of getting the exact shape of the Gaussian bell shaped curve is 0. And that is true even if you use a billion dice. The curve from repeated throws of one die, or many dice will approximate the Gaussian curve and the approximation will get better as the number of trails increases.However, the Gaussian curve extends to infinity in both direction and there is a very small but non-zero probability associated with these extreme values. You will not get an outcome that is infinite!
Rolling a die once will give one point. A single point does not even define a line, let alone a curve!
It can have none, one or two pairs.
A frequency normal curve, often referred to as a bell curve, represents the distribution of data points in a dataset where most values cluster around the mean, creating a symmetrical shape. It illustrates the concept of normal distribution, where approximately 68% of the data falls within one standard deviation of the mean, 95% within two, and 99.7% within three. This curve is crucial in statistics as it helps in understanding probabilities and making inferences about population parameters based on sample data.
directional selection
Take my advice, don't get the bell curve in performance appraisals. It is one of the biggest blunders of the century and needs to stop now. I assume you really are not aware of statistics when you asked that question. The bell curve will do more harm than good in your hand. So leave it and try the 5 point system.
None, one or five.None, one or five.None, one or five.None, one or five.
The probability of getting the exact shape of the Gaussian bell shaped curve is 0. And that is true even if you use a billion dice. The curve from repeated throws of one die, or many dice will approximate the Gaussian curve and the approximation will get better as the number of trails increases.However, the Gaussian curve extends to infinity in both direction and there is a very small but non-zero probability associated with these extreme values. You will not get an outcome that is infinite!
Directional selection, where individuals with phenotypes at one extreme of the bell curve have a higher fitness compared to others. This can result in a shift in the population towards that extreme phenotype over generations.
None of them.
none in st.john's so doudtfull there will be one in the outports
Rolling a die once will give one point. A single point does not even define a line, let alone a curve!
Directional Selection.
Directional selection always results in the narrowing of the bell curve distribution of alleles. This occurs when individuals at one extreme of the phenotypic range have a higher fitness, causing the frequency of the alleles associated with that extreme to increase in the population over time.
The individuals with extreme variations of a trait.
one * * * * * It can have none, one or five.