Integrate Using u-Substitution integral of (sin( square root of x))/( square root of x) with respect to x
The question asks for the evaluation of an integral using the u-substitution method. The integral to be evaluated is the integral of the function (sin(√x))/(√x) with respect to x. The integral involves a trigonometric function (sine) and a square root function in its integrand.
The u-substitution method is a common technique used in calculus to simplify integration by substituting a part of the integrand with a new variable, often denoted as 'u'. This often simplifies the integral into a form that is easier to integrate. Once the integration is done in terms of 'u', the variable is then substituted back into terms of 'x' to obtain the final result. The question expects the explanation or execution of this process for the given integrand.
Implement exponent rules.
Express
Again, express
Transform
Apply exponent multiplication in
Utilize the exponent multiplication rule,
Combine the exponents
Place the negative sign in front of the fraction.
Set
Define
Differentiate
Apply the Power Rule,
Express
Combine
Add the numerators over the common denominator.
Simplify the numerator.
Multiply
Subtract
Move the negative in front of the fraction.
Simplify further.
Apply the negative exponent rule
Multiply
Reformulate the integral with
Extract the constant
Integrate
Simplify the expression.
Simplify the result.
Multiply
Substitute
Exponent Rules: These include the power of a power rule, product of powers rule, and negative exponent rule, which are fundamental in simplifying expressions with exponents.
u-Substitution: A technique used in integration to simplify the integral by substituting part of the integrand with a new variable,
Power Rule for Differentiation: A basic rule of differentiation that states if
Integration of Trigonometric Functions: The integral of
Negative Exponent Rule: States that
Constant Multiple Rule in Integration: Allows a constant to be moved outside of an integral, which can simplify the integration process.