How do you integrate $\left( {\dfrac{5}{{\sqrt x }}} \right)dx$?
Answer
616.2k+ views
Hint: According to the question we have to find the integration of $\left( {\dfrac{5}{{\sqrt x }}} \right)dx$which is as mentioned in the question. So, to find the integration of the expression first of all we have to rearrange the terms of the expression given in the question which can be done with the help of the formula as mentioned below:
Formula used:
$ \Rightarrow \dfrac{1}{x} = {x^{ - 1}}...............(A)$
Now, after rearranging the terms of the expression we have to take all the integers/integers which are given in the expression.
Now, to find the integration of the expression obtained we have to use the formula to determine the integration which is as mentioned below:
$ \int {{x^n}dx = \dfrac{1}{{n + 1}}{x^{n + 1}} + C................(B)} $
Where, C is the constant term.
Complete step by step solution:
Step 1: First of all we have to rearrange the terms of the expression given in the question which can be done with the help of the formula (A) as mentioned in the solution hint. Hence,
$
= \int {\dfrac{5}{{{x^{\dfrac{1}{2}}}}}dx} \\
= \int {5{x^{ - \dfrac{1}{2}}}dx} \\
$
Step 2: Now, after rearranging the terms of the expression we have to take all the integers/integers which are given in the expression.
$ \Rightarrow 5\int {{x^{ - \dfrac{1}{2}}}dx} $
Step 3: Now, to find the integration of the expression obtained we have to use the formula (B) to determine the integration which is as mentioned in the solution hint. Hence,
\[ = 5\left( {\dfrac{1}{{ - \dfrac{1}{2}}}} \right){x^{ - \dfrac{1}{2} + 1}}\]
Now, we just have to find the L.C.M of the terms to obtain the required integration,
$
= 5 \times 2{x^{\dfrac{1}{2}}} \\
= 10\sqrt x + C \\
$
Final solution: Hence, with the help of the formulas (A) and (B) we have determined the integration of the given expression which is$\left( {\dfrac{5}{{\sqrt x }}} \right)dx$$ = 10\sqrt x + C$.
Note:
It is necessary that we have to rearrange the terms of the given integration in which a variable x is given in the form of square root with the help of the formula (A) as mentioned in the solution hint.
While finding the integration it is necessary that we have to take all the constant terms or integers outside the integration.
Formula used:
$ \Rightarrow \dfrac{1}{x} = {x^{ - 1}}...............(A)$
Now, after rearranging the terms of the expression we have to take all the integers/integers which are given in the expression.
Now, to find the integration of the expression obtained we have to use the formula to determine the integration which is as mentioned below:
$ \int {{x^n}dx = \dfrac{1}{{n + 1}}{x^{n + 1}} + C................(B)} $
Where, C is the constant term.
Complete step by step solution:
Step 1: First of all we have to rearrange the terms of the expression given in the question which can be done with the help of the formula (A) as mentioned in the solution hint. Hence,
$
= \int {\dfrac{5}{{{x^{\dfrac{1}{2}}}}}dx} \\
= \int {5{x^{ - \dfrac{1}{2}}}dx} \\
$
Step 2: Now, after rearranging the terms of the expression we have to take all the integers/integers which are given in the expression.
$ \Rightarrow 5\int {{x^{ - \dfrac{1}{2}}}dx} $
Step 3: Now, to find the integration of the expression obtained we have to use the formula (B) to determine the integration which is as mentioned in the solution hint. Hence,
\[ = 5\left( {\dfrac{1}{{ - \dfrac{1}{2}}}} \right){x^{ - \dfrac{1}{2} + 1}}\]
Now, we just have to find the L.C.M of the terms to obtain the required integration,
$
= 5 \times 2{x^{\dfrac{1}{2}}} \\
= 10\sqrt x + C \\
$
Final solution: Hence, with the help of the formulas (A) and (B) we have determined the integration of the given expression which is$\left( {\dfrac{5}{{\sqrt x }}} \right)dx$$ = 10\sqrt x + C$.
Note:
It is necessary that we have to rearrange the terms of the given integration in which a variable x is given in the form of square root with the help of the formula (A) as mentioned in the solution hint.
While finding the integration it is necessary that we have to take all the constant terms or integers outside the integration.
Recently Updated Pages
What is BLO What is the full form of BLO class 8 social science CBSE

Explain the Treaty of Vienna of 1815 class 10 social science CBSE

10 examples of friction in our daily life

Draw a diagram of nephron and explain its structur class 11 biology CBSE

Write structures of the following compounds i 2 Chloro3methylpentane class 11 chemistry CBSE

A Paragraph on Pollution in about 100-150 Words

Trending doubts
Draw a labelled sketch of the human eye class 12 physics CBSE

Which are the Top 10 Largest Countries of the World?

Differentiate between homogeneous and heterogeneous class 12 chemistry CBSE

Draw ray diagrams each showing i myopic eye and ii class 12 physics CBSE

Which is the correct genotypic ratio of mendel dihybrid class 12 biology CBSE

What is the Full Form of PVC, PET, HDPE, LDPE, PP and PS ?

