Examples of using Given equation in English and their translations into Spanish
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Solution In the given equation, we substitute.
Conclusion x= -22 is the solution to the given equation.
The given equation has the same a value, -4.9.
The real solution to the given equation is x= 1.
Transform the given equation into an equation with t as variable:(2t+ 1)(t^2- 1)= 0.
There is one real solution to the given equation: x= 3.
Rewrite the given equations in y= mx+ b form.
Find equation of a line parallel to the line with given equation.
Right Side(RS) of the given equation when x= 8.
Another fundamental problem is computing the solution of some given equation.
Left side(IS) of the given equation when x= 8.
Applied to a fluid with a given equation of state, the Friedmann equations yield the time evolution and geometry of the universe as a function of the fluid density.
Conclusion: The solutions to the given equation are 1 and -4.
If Ω is the domain on which the given equation is to be solved and∂Ω denotes its boundary, the Robin boundary condition is: a u+ b∂ u∂ n g on∂ Ω{\displaystyle au+b{\frac{\partial u}{\partial n}}=g\qquad{\text{on}}\partial\Omega} for some non-zero constants a and b and a given function g defined on∂Ω.
However, some ordered pairs that are solutions to a given equation may not make sense in the real world.
Which number in the given equation represents the slope?
If there is no similarity between features(sii 1,sij 0 for i≠ j), the given equation is equivalent to the conventional cosine similarity formula.
Évariste Galois developed techniques for determining whether a given equation could be solved by radicals which gave rise to the field of Galois theory.
In mathematics, a mixed boundary condition for a partial differential equation defines a boundary value problem in which the solution of the given equation is required to satisfy different boundary conditions on disjoint parts of the boundary of the domain where the condition is stated.
Clearly the total yield is still given by equation 6.
Given this equation, which of the following increases the multiplier?
It is simply an augmentation to the original equation given above.
Let i= 11.5 in the equation given in part(c).
Use these clues as well as the equation given for Carlos to make a graph.
