h(w)=100/w
Fraction notation for 0.0109 is 109/10000
The fraction notation of 19.775 is 19775/1000
give fraction notation for the amount of gas in the tank
Presumably, if you have a fraction it already is in "fractional notation". There is really nothing to convert.
1) Solve the equation for the desired variable. 2) Write it in function notation. For example, if y = 2x + 3, it is already solved for "y"; just rewrite it as f(x) = 2x + 3.
An equation where the left is the function of the right. f(x)=x+3 is function notation. The answer is a function of what x is. f(g(x))= the answer the inside function substituted in the outside function.
The letter f represents function notation, and replaces y as a variable. f(x)=ax+b is a linear function.
Fraction notation for 0.0109 is 109/10000
The fraction notation of 19.775 is 19775/1000
Function notation means the function whose input is x. The mathematical way to write a function notation is f(x).
give fraction notation for the amount of gas in the tank
let's take an arbitrary equation, or maybe two or three so you can see how to do it. y=2x+6 t=z^2+3z w=r^4+pi Ok, the first equation, you pick the x and put it in the equation and multiply it by 2 then add 6. If you do all this you get y. So y is really a function of x or function of x is written f(x) is the way we say this So to write the equation in function notation we write f(x)=2x+6 Same thing for the second equation z is what we put in. It is the independent variable. So t is just a function of z we write f(z)=z^2+3z Last equation is the same f(r)=r^4+pi
Presumably, if you have a fraction it already is in "fractional notation". There is really nothing to convert.
1) Solve the equation for the desired variable. 2) Write it in function notation. For example, if y = 2x + 3, it is already solved for "y"; just rewrite it as f(x) = 2x + 3.
The fraction notation for 88.8 percent (0.888) = 888/1000 = 111/125
2.769 in fraction = 2769/1000
3/2