Evaluate the expression 1 2 over 5 x plus 3 2 over 3 for x equals 1 fourth.
1 answer:
<em>The </em><em>evaluated expression </em><em>needed is </em> <em>or </em>3
The expression that needs to be evaluated is
1 + 3
for x =
We are being asked here to solve the mathematical equation by substituting the value of x for 1/4. If we go ahead and do the substitution we have;
1 + 3
where x = = 0.25
this is equal to
1 + 3
=
1 * 8/5 + 3 * 2/3
8/5 + 2 = 18/5 = 3
Learn more on mixed fractions here brainly.com/question/17388313
You might be interested in
A. False. Consider the identity matrix, which is diagonalizable (it's already diagonal) but all its eigenvalues are the same (1).
b. True. Suppose
is the matrix of the eigenvectors of 
, and 
is the diagonal matrix of the eigenvalues of :
Then
In other words, the columns of
are 
, which are identically 
, and these are the columns of 
.
c. False. A counterexample is the matrix
which is nonsingular, but it has only one eigenvalue.
d. False. Consider the matrix
with eigenvalue
and eigenvector 
, where 
. But the matrix can't be diagonalized.
b. True. Suppose
Then
In other words, the columns of
c. False. A counterexample is the matrix
which is nonsingular, but it has only one eigenvalue.
d. False. Consider the matrix
with eigenvalue