d(h) = 630*h
Wiki User
∙ 11y agoThe derivative of a function is the function's tangent function.So, d(y)/dx = d(2tan(2x))/dx = 2*d(tan(2x))/dx = 2*d(tan(u))/du*du/dx, where u=2x, = 2*sec2(2x)*d(2x)/dx = 4*sec2(2x)*d(x)/dx = 4*sec2(2x)Now just make a plot for y = 4*sec2(2x) and you got your tangent function.
d = -3.5
That is true. 8=D
4
The answer might depend on what c and d are supposed to be!
equals D repeater
That 8 might equal D. Trashed. "Eight Equals D" is: 8=D Which is a penis smiley -.- ~ Skullcandy88
The notation of the derivative of a function f, as d(f(x)/dx or dy/dx where y=f(x) is known as the Leibnitz notation. Some books say that it is not the ratio of dy and dx, which is in fact, truly speaking, not true. The quantities dy and dx are known as the differential of y and differential of x, and their ratio in that order represents the derivative function wherever it exists. So, this notation is extremely flexible.
(It's a penis) 8=====D 8 = balls D = head
The derivative of a function is the function's tangent function.So, d(y)/dx = d(2tan(2x))/dx = 2*d(tan(2x))/dx = 2*d(tan(u))/du*du/dx, where u=2x, = 2*sec2(2x)*d(2x)/dx = 4*sec2(2x)*d(x)/dx = 4*sec2(2x)Now just make a plot for y = 4*sec2(2x) and you got your tangent function.
d=46
d = -3.5
An example of the density equation would be calculating the density of a gold bar. If the mass of the gold bar is 100 grams and the volume is 20 cubic centimeters, you would divide the mass (100g) by the volume (20 cm^3) to get a density of 5 g/cm^3.
That is true. 8=D
d equals 4.6cm is just a statement. There is no question.
4
10 Dimes equals 1 Dollar