Step 1:
\The integral is .
Symmetry property of integrals: If is an even function then ,
.
And if is an odd function then ,
.
Here the integrand function is .
Replace in the above function.
Thus, the function is odd function.
Therefore, .
The statement is true
\Step 2:
\(b)
\The integral is .
Symmetry property of integrals: If is an even function then ,
.
And if is an odd function then ,
.
Here, the integrand function is .
Replace in the above function.
\
Thus, the function is an even function.
\Therefore, by the symmetry properties of integrals,
\.
The statement is true.
\Step 3:
\The integral is .
Rewrite the integral as .
Determine the integral by using by integration parts.
\Integration by parts: .
.
Therefore, .
The statement is false.
\Step 4:
\(d) The integral is .
Power rule of integration:.
.
Therefore, .
The statement is false.
\Solution:
\\
(a)
\The statement is true.
\(b)
\The statement is true.
\(c)
\The statement is false
\(d)
\The statement is false
\\
\