Examples of using Linear equation in English and their translations into Polish
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So what were linear equations?
That's how we would do it in a traditional simple, linear equation.
I have here three linear equations of four unknowns.
Now this is just a level two linear equation.
Linear equation- algebraic equation of degree one.
But let's go back to linear equations.
So, if you're given a linear equation, and if you know the inverse of this matrix,
This expression represents a linear equation.
A linear separator is a linear equation that separates positive from negative examples.
More like saving me from these linear equations.
And so that tells us that these two linear equations intersect at the point x is equal to 1,
But now this is a pretty straightforward linear equation.
And now we have two linear equations with two unknowns.
And I have used it before, when we were just doing linear equations.
It also shows how to solve first order linear equations as well as arithmetic and geometric series.
You will get the correct solution by setting up a linear equation.
The TDOA problem can be turned into a system of linear equations when there are three or more receivers,
And the temptation here is really to kind of try to solve it the way you do a linear equation.
Chapter 15 in Numerical Recipes describes several methods to solve linear equations and estimate the uncertainty of the resulting values.
perform basic math operation, but it can solve for example linear equations.
So if we have this matrix equation representing the linear equation problem, then the linear equation problem would be translated a times x
And this works every time for second order homogeneous constant coefficient linear equations.
this is a second order linear equation, because you have the second derivative,
So let's say that we wanted to look at the problem-- Let's say that we had this matrix representing the linear equation problem.
Combine equations 5 and 6, and write as a set of linear equations of the unknown emitter location x, y, z Use equation 7 to generate the four constants A m, B m, C m, D m{\displaystyleA_{m}, B_{m}, C_{m}, D_{m}} from measured distances and time for each receiver 2≤ m≤ N. This will be a set of N- 1 inhomogeneous linear equations.
The set of all integer coefficient polynomials is the union of the set of all such linear equations, quadratic equations, cubic equations and so on.
we were able to approximate it reasonably well with this very simple linear equation.
allows on voltage measurement in the scope 0-10V with an additional calculation using the coefficients from the linear equation ax+b, what allows on a change in voltage measurement result in V to an adequate scale and unit.
including linear equations of motion(harmonic oscillator,
followed by Gottfried Leibniz ten years later, for the purpose of solving systems of simultaneous linear equations using matrices.
