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Find out if the following set of vectors are linearly independent or linearly dependent. If they are linearly dependent get the relationship among them.
Solution:
Therefore, the first thing to do is to form X and calculate its determinant.
= det(X) = -79
This matrix is non singular and therefore the vectors are linearly independent.
area of curve
Find the 20 th term from the end of the AP 3, 8, 13........253. Ans: 3, 8, 13 .............. 253 Last term = 253 a20 from end = l - (n-1)d 253 - ( 20-1) 5 253
Difference between absolute and relative in the definition Now, let's talk a little bit regarding the subtle difference among the absolute & relative in the definition above.
HOW CAN WE TAKE SUPPOSE THE VALUES OF X AND Y
Vector Form of the Equation of a Line We have, → r = → r 0 + t → v = (x 0 ,y 0 ,z 0 ) + t (a, b, c) This is known as the vector form of the equation of a line. The lo
Two sides of a picture frame are glued together to form a corner. Each side is cut at a 45-degree angle. Using the illustration provided, ?nd the measure of ∠A. a. 45° b
51/6 divided by 31/3
5.6:4=x:140
Find the series solution of2x2y”+xy’+(x2-3)Y=0 about regular singular point
The curve (y+1) 2 =x 2 passes by the points (1, 0) and (- 1, 0). Does Rolle's Theorem clarify the conclusion that dy dx vanishes for some value of x in the interval -1≤x≤1?
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