First, we need to use the trigonometric identity relating sine and cosine of complementary angles:
sin(arcsin(x)) = x = cos(arccos(x))
Therefore, we have:
arcsin(1/3) = arccos(2/3)
Now we can substitute these into the original expression:
cos(arcsin(1/3) - arccos(2/3))
= cos(arccos(2/3) - arccos(2/3))
= cos(0)
= 1
Therefore, the value of the expression is 1.
First, we need to use the trigonometric identity relating sine and cosine of complementary angles:
sin(arcsin(x)) = x = cos(arccos(x))
Therefore, we have:
arcsin(1/3) = arccos(2/3)
Now we can substitute these into the original expression:
cos(arcsin(1/3) - arccos(2/3))
= cos(arccos(2/3) - arccos(2/3))
= cos(0)
= 1
Therefore, the value of the expression is 1.