|
|||||||
|
- quadratic equations problem solving guides - lesson plans quadratic equations - solve equation in splus - song for quadratic equation - algebrator quadratic equations - algebra howto find equation curve - quadratic equation word problem - simultaneous problems online solver - non generic 2mg xanax - what are the pros and cons of each quadratic equation solving methods - bowens quadratic - solve quadratic equations with real roots - quadratic resolve - "katie duma" - easy explanation of quadratic equation - equation solver-step by step - write the quadratic equation in vertex form - "quadratic"+vb6 - quadratic formula england - difficult quadratic formula |
Simultaneous Equations Simple SolvingSolving Quadratic EquationsBut there was more!:I'm looking for the equation of a demand curve, which is usually negative sloping, i.e. y = -x. Well, at least that is how it should look. However, I know that y = -x is a linear equation, and that's not exactly what I need. I guess it could be negatively exponential, but I just don't know. Perhaps it might help to give you a few examples of the points on the curve (points are in x:y format) 1) 1,000:400 I should think that the y-intercept would be around 800. It doesn't matter very much whether the curve touches the x-axis, but I would think that the curve would start approaching it around 8,000 or 9,000. This is actually the curve that I'm trying to find the equation for. Not only that, but then instead of having it in the format of y = ... , I would need it in the format x = ... If you could show me how to find that, I would appreciate it very much. Answer: The curve looks like the top right of a circle as I visualise it. You will find it difficult though to work out the exact equation of the curve. Perhaps this may help put it in the form x=ay^2+bx+c: y=ax^2+bx+c y-c=ax^2+bx You then have to complete the square: y-c=sq( rt(a)x+(b/(2rt(a)) ) - b^2/4a (test it by multiplying it out. I may have made a mistake) y-c+b^2/4a= sq( rt(a)x + (b/2rt(a)) ) rt( y-c+b^2/4a ) =rt(a)x + (b/2rt(a)) rt( y-c+b^2/4a)- (b/2rt(a)) = rt(a)x <rt( y-c+b^2/4a ) - (b/2rt(a)) >/ <rt(a)>= x A bit difficult to follow, so suggest writing it out on paper. Have used sq to mean ^2 at times and obviously rt(x) to mean the square-root of x. May be some mistakes here so apologise in advance if so, but gives the general idea on how to isolate x Rescuing VoIP quality in high speed broadband CPEs - ECN Asia
Lalwani takes award, but gives away prize - guardian.co.uk
Virtual classrooms go to campuses - Daily News & Analysis
A History Of ComputersA History Of Computers General No Comments » Today, most people have a computer in their home. They are an integral part of our everyday day lives and help us accomplish the most simple of tasks, right down to getting a needed phone number. Do we really appreciate and know how the computer was first developed and where it came from? IT STARTED WITH THE TYPEWRITER… Before the computer and electricity there was the typewriter. There were many contributors to this invention, so there can be n This day was mostly spend getting to know the new Mac. We also had to do some...This day was mostly spend getting to know the new Mac. We also had to do some rain inspection in the attic. Alex did that; I am no longer up to crawling around up there, or at least I can plausibly claim that I don't have to do that any more... Re: a380 Hi Jerry, Re a left handed joystick in the A380, I've never flown one except in FSX, but I am a private pilot. Everyone is taught to fly in the left seat as pilot in command, and is taught to handle the flight controls with the left hand an |
||||||
|
|
|||||||