Fingerprints are considered a discontinuous variation because they are distinct and unique to each individual. Discontinuous variations refer to traits that have clear differences between individuals, such as blood type or presence of a certain genetic disorder. In the case of fingerprints, each person's pattern is unique and does not fall along a continuous spectrum like height or weight.
There is no definitive evidence to suggest that any specific type of fingerprint is more dominant in males or females. Fingerprint patterns, such as loops, whorls, and arches, are determined genetically and are not correlated with gender. Both males and females exhibit a wide range of fingerprint patterns.
Furrows on a fingerprint, also known as friction ridges, are located on the surface of the skin of the fingertips. These ridges form unique patterns that help with grip and tactile sensitivity. The furrows are the valleys between the ridges, creating distinct patterns that are used in fingerprint identification. Each person's fingerprint is unique due to the variations in these patterns.
Sable hair is commonly used for fingerprint brushes due to its fine, soft texture and ability to hold powder effectively. The natural properties of sable hair allow for smooth application and even distribution of fingerprint powder on surfaces. Additionally, the durability of sable brushes makes them ideal for repeated use in forensic investigations.
Human species, as in the variation in height.
fingerprint identification
discontinuous
Fingerprint patterns are considered a discontinuous variation because they fall into distinct categories such as loops, arches, and whorls. While there can be variations within these categories, the overall pattern of fingerprints is not continuous but rather falls into discrete classifications.
Natural eye colour is discontinuous. :) !
Continuous Variation and Discontinuous Variation.
Hair colour is continuous because there is a continual range of values when it comes to hair colour
Discontinuous variation refers to the type of phenotypic variation that falls into distinct categories or groups, with no intermediate forms. Traits exhibiting discontinuous variation, such as blood type or flower color, can be clearly classified into specific categories. This type of variation is often influenced by a small number of genes, making it easier to identify and study. Unlike continuous variation, where traits show a range of values, discontinuous variation results in a more discrete distribution of traits.
Yesh
No, lobed ears are considered a continuous variation rather than a discontinuous one. Discontinuous variation refers to traits that have distinct categories with little to no intermediates, whereas lobed ears exist on a spectrum ranging from completely lobeless to fully lobed.
Continuous variation refers to a range of possible values that a trait can take, such as height or weight, showing a smooth spectrum of variation. Discontinuous variation refers to distinct categories or traits that do not show a gradual range of values, like blood type or eye color.
Discontinuous variation is primarily caused by genes, as it results from distinct genetic factors that influence a trait. While the environment can also play a role in shaping variations, it typically leads to continuous variations rather than the distinct, non-overlapping categories seen in discontinuous variation.
Flower color variation can be either continuous or discontinuous, depending on the species and genetic factors involved. Continuous variation occurs when color changes gradually across a spectrum, often influenced by multiple genes (polygenic inheritance). In contrast, discontinuous variation results in distinct color categories, typically governed by a single gene with different alleles. Overall, the mode of variation in flower color is determined by the underlying genetic mechanisms.
A chart would be good for continuous and discontinuous data, as for the environmental variation would be a diagram.