Примери коришћења Second equation на Енглеском и њихови преводи на Српски
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That's the second equation.
The second equation here is y plus 2x is equal to 6.5.
We multiply the second equation by 9.
So we get x is equal to 11 plus y using the second equation.
And we have the second equation over her, that x=y-4.
That also works out for the second equation.
So this second equation will become 3 times x.
So x= -1& y=7 does not satisfy the second equation.
So that's the second equation in slope-intercept form.
The red line is all of the pairs of x's and y's that satisfy the second equation.
Now let's put the second equation into slope-intercept form.
Then multiply this equation by 4 and subtract the second equation from the first.
And the second equation I will write as 4x plus y is equal to mine 18.
The first equation is 2y=x+7 and the second equation here is x=y-4.
So this second equation seems to be capable of generating this first set of points.
And in terms of a, our second equation looks like that.
Now, the second equation says whatever y is, we had 2 times x, and that should be 6.5.
So let's multiply this equation, this second equation, by negative 2.
We've already used the second equation, the magenta one, now we have to use the top constraint.
This means that the first equation can't provide a solution for the value for y obtained in the second equation.
Now let me write the second equation in slope-intercept form.
The Viterbi path can be retrieved by saving back pointers that remember which state x{\displaystyle x}was used in the second equation.
I just rewrote the second equation, multiplying both sides by negative 2.
So let's say I had the points-- and I'm going to write them in two different colors again--minus 7x minus 4y equals 9,and then the second equation is going to be x plus 2y is equal to 3.
Now let's see, her second equation, how does it relate possibly to the first equation? .
When trying to solve this(for example, by using the method of substitution above), the second equation, after adding- 2x on both sides and multiplying by- 1, results in.
So her second equation here, so this is interesting, her second equation 14x- 7y= 2 over here the teacher has an equation 14x- 7y= 7.
What we can do is we can multiply this second equation by negative 1 and then add the 2's.
So the second equation becomes negative 4x-- that's negative 2 times 2x-- plus-- we have negative 2 times negative y-- which is plus 2y is equal to 2.5 times negative 2, is equal to negative 5.
So instead of saying that x=y-4, in that second equation, if we add 4 to both sides of this equation, we get x+4=y.