Примери коришћења To this equation на Енглеском и њихови преводи на Српски
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The solution to this equation is.
It's also the single largest example of public corruption according to this equation.
The solutions to this equation are.
So it is on the line; it is a solution. x= 3,y= -4 is a solution to this equation.
So the solution to this equation is x is equal to  3.
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So if you were to  do every possible x you would end up getting a line that looks something like that… right over there. and any… any relation, if you pick any x and find any y it really represents a point on this  line, oranother way to  think about it any point on this  line represents a solution to this equation right over here. so if you have this  point right over here. which looks like about x is 1 and a half. y is 2.
What can I do to this equation, so i can have just an s on the righthand side?
There are three parts to this equation.
Let's return to this equation, which we use to  show how to  do inference by enumeration.
Thus, 2 is a solution to this equation.
As the solution to this equation, the number of radioactive atoms N can be written as a function of time.
So let me write that 1.5,2 that is a solution to this equation. when x is 1.5.
Moreover, there is only one solution to this equation, because the function f is strictly increasing(for b> 1), or strictly decreasing(for 0< b< 1).
So we have the equation  for our line that is now parallel to this equation and goes through the point(3,0).
So the actual solution set to this equation-- let me draw a number line-- let's say that's 0, that's 3, that is negative 3. x has to  be either greater than or equal to  3.
Ax plus By is equal to  C, if I want to  do something to this equation, I just have to  add the same thing to  both sides of the equation. .
One, you could just substitute this  x and y value into this equation to  see if it satisfies-- and then we will do that way first-- and the other way is if you had a graph of this  equation, you could see if this  point sits on that graph,which would also mean that it is a solution to this equation.
And then, if we know our a's, b's, and c's, we will say that the solutions to this equation are x is equal to  negative b plus or minus the square root of b squared minus 4ac-- all of that over 2a.
Well they're telling us for the solution to this equation, X plus 2y is equal to  negative one, so negative one is the same thing as X plus 2y for that solution, so we're not gonna change the resulting solution of the system, so it's a completely legitimate operation what Vivek did is adding the left-hand sides and adding the right-hand sides to  get this  new second equation. .
Now my question to  you is, what can we do to this equation so that we can essentially solve for the unknown, so that we can figure out what the unknown is.
Now let's go to this next equation. y is equal to  negative 2x plus 0.
If we apply this to the equation above, we have.
In my clinic, what I did was to  change this medical equation to an alternative equation: .