A sudden change in slope or discontinuity in the graph would indicate a phase change taking place. This can be seen as a sharp point or step-like feature in the graph.
Stabilizing selection reduces variation in a trait by favoring the intermediate phenotype, leading to a narrower range of trait values over time. In contrast, disruptive selection increases variation in a trait by favoring extreme phenotypes, potentially leading to divergence into distinct subgroups with different trait values. Both types of selection can influence the evolution of a trait by shaping the distribution of phenotypic variation within a population.
A graph for total rainfall on a rainy day would typically show the amount of rainfall (in inches or millimeters) on the y-axis and time (in hours) on the x-axis. The graph would likely start at zero and increase as rain falls throughout the day, creating a generally upward trend with spikes when there are heavier showers or storms.
Knowing directional terms for humans is important for effective communication in fields like medicine and anatomy. It helps provide clear and precise descriptions of body structures and locations, aiding in accurate diagnosis and treatment. Understanding directional terms also facilitates communication among healthcare professionals and ensures consistency in medical documentation.
Nastic movements are non-directional responses to external stimuli, triggered by changes in environmental factors like temperature or humidity. These movements are not correlated with the direction of the stimulus. Tropic responses, on the other hand, involve directional growth or movement of an organism in response to a stimulus, such as phototropism (response to light) or gravitropism (response to gravity).
The process is called directional selection, where one extreme phenotype is favored over others in a population, resulting in a shift in the frequency of genes towards that phenotype over generations.
A normal curve. A Bell curve.
Some are directional like the eagle F1, however most are not directional.
Like a parabola. Not "like": it would be.
A graph is like a bar chart and a grid is like a table they are different ways of presenting information like you where recording a what a lesson was called you would put it in a grid because its a word and you cant record words in a graph because you would usually use numbers for a graph.
i would put different colors on the graph or i will put the sports on one side and the number of students who like that sport on the graph
You would use a broken bar graph, when grouping and gathering information. You would use straight, slanted, or vertical lines and showing points with dots. A broken bar graph is just like a line graph.
The answer depends on whether it is a distance-time graph, speed-time graph or something else.
This type of natural selection is called directional selection and does not display a normal curve of expressed traits, but a heavy set of data to the left of the curve that indicates the direction of selection of the extreme phenotype.Disruptive selection is where two extreme phenotypes are maintained in a population. This curve looks like a two humped camel in it's expression of these extreme traits.
horizontal.
curve
A line graph is shaped like a triangle and a bar graph is exactly like column but bar graph is other way around