(x,y) --> (x,-y)
90 degree anticlockwise.
Should be (x,y) -> (-x,y) Apologies if it's wrong!
It is an anticlockwise rotation through 90 degrees.
Assuming you're talking about transforming graphs, you mirror the graph along the line y = -x.
x = yy differentiate both sides with respect to x dx = (y * yy-1) dy dy/dx = y * yy-1 dy/dx = yy = x hence differentiate of y wrt x is x only
Crossing Yy x Yy yields YY, 2Yy, yy. Since Y is dominant over y, then YY and 2 Yy all result in the same phenotype. Therefore 3/4 of the offspring will resemble their parents.
Make two punnett squares- one for Yy x YY and one for rr x RR the possible outcomes for Yy x YY are: YY Yy the only outcome for rr x RR is Rr. so the gametes of the two could be either YY Rr or Yy Rr
X = YY = X=======these are directly proportionalX = 1/YY = 1/X========these are inversely proportionalTry a few inserted numbers and graph these to see, visually, the difference.
Oh, dude, it's like super easy! So, if you have 86 plus x equals 112, you just subtract 86 from 112, and you get 26. So, the value of x is 26. Like, no big deal, right?
Yy is a heterozygous genotype. Homozygous would be YY or yy.
yY
As of July 2014, the market cap for YY Inc. (YY) is $4,131,123,992.20.
The symbol for YY Inc. in NASDAQ is: YY.
In mice the YY genotype is lethal during embryonic development. This means that the mating of heterozygous individuals will produce a ratio of 2:1 Yy to yy offspring.A 'YY' genotype is homozygous dominant for that particular trait. If it is Yy, it will be heterozygous.
Lets try z^-1 which is 1/z. Now z=x+iy then 1/z = 1/(x+iy). This is equal to (x-iy)/((x+iy)(x-iy)) and is equal to (x-iy)/(xx+yy). The real part is u=x/(xx+yy) and the imaginary part is -y/(xx+yy). Don't forget that i squared is -1 when working out (x+iy)(x-iy). Get a good program like Mathmatica as higher exponents get real time consuming and will cause brain damage! Netflyer
x+y=180, solve for yy=180-x