The solution is
Step-by-step explanation:
The system of linear equation is
and
Using substitution method, let us substitute in the equation
Multiplying the term by , we get,
Subtracting both sides by ,
Simplifying, we get,
Now, substitute in
Thus, the solution is
Answer:
Step-by-step explanation:
Let W = be orthogonal polynomials which is equal to , which defines the inner products as
Now, we find the orthogonal projection of on W.
So the projection is
Therefore,
<u>GEOMETRIC :</u> Only 1 straight line can pass through two distinct points simultaneously.
<u>NONSENSICAL :</u> Infinite lines can pass through two distinct points to be exact - (2*Infinite - 1)
Explanation.
Let the points be A and B
A can have infinite lines pass through it
B can have infinite lines pass through it
A & B together has one line pass through them
A+B = A + B - (A&B) = Inf + Inf - 1 = 2*Inf - 1 (Approx Inf).
<span>A countable quantitative variable that is finite is called a discrete variable while a non finite or infinite quantitative variable is known as a continuous variable. Discrete variables can only be a certain set of numbers while a continuous variable can be any number of values.</span>
Answer: 12446/545← in fraction form. But in decimal form it's 22.83670.
Step-by-step explanation:
*Hopefully this helps:) Mark me the brainliest:)!!!