in second order filter attenuation to the frequencies in stop band is higher then first order filters.
It was founded in 1970 during the first wizarding war and again in 1995 for the second war.
In alphabetical order, "were" comes before "we're." The first letters are the same, but "were" has an "e" as its second letter, while "we're" has an apostrophe, which is treated as a character that comes after letters in the alphabet.
desert streams get flash floods more than the streams in the humid places.
Second
the second animal found is the polar bear
The bifurcation ration is the relationship between the number of steams of one order an those of the next highest order. It is calculated by dividing the number of streams in one order by the number in the next order. For example , in a basin :N1/N2 = (number of the first order streams / number of second order streams) = 20/4 = 5N2/N3 = (number of the second order streams / number of third order streams) = 4/2 = 2N3/N4 = (number of the third order streams / number of fourth order streams) = 2/1 = 2then, by finding the mean of each rations in the basin being studied :(5 + 2 + 2)/3 = 3 = bifurcation ration for this basin.*** the significance of this ratio is that as the ration is reduced so the risk of flooding within the basin increases. it also indicates the flood risk for parts of the basin.
a boundary for a subwatershed denoted by a third order stream
They occur at the boundaries between the first, second, and third wind systems
Stream order is a method of classifying the hierarchy of streams within a drainage basin based on their size and connectivity. The system, developed by Horton and Strahler, assigns a numerical value to streams: first-order streams are the smallest, with no tributaries, while higher-order streams form when two streams of the same order converge. This classification helps in understanding the ecological and hydrological characteristics of a watershed. The stream order increases as streams merge, reflecting the complexity of the drainage network.
The answer for the first one is streams the second is feast and the third flipped
You add the number of streams that branch off the main stream which is the first order then you add the number of streams branching off that stream whih becomes the 2nd order and the sum of the no. of stream orders divided by the number of streams gives the bifurcation ratio.
You add the number of streams that branch off the main stream which is the first order then you add the number of streams branching off that stream whih becomes the 2nd order and the sum of the no. of stream orders divided by the number of streams gives the bifurcation ratio.
Producer- first order consumer- second order consumer- third order consumer etc
A first order differential equation involves only the first derivative of the unknown function, while a second order differential equation involves the second derivative as well.
Linear system of arbitrary complexty can be viewed as being composed of first and second order
Continents & ocean are first order. Mountain,pleated & plains are second order of relief features.