UrbanPro
Login Ask & Answer Success Stories Paid Courses Free Classes Tuition & Classes Fees Write a Review All Categories Help Center
Post your Learning Need Signup as a Tutor
✕

Popular Cities

Bangalore

Hyderabad

Delhi

Mumbai

Chennai

Pune

Kolkata

Gurgaon

Ahmedabad

Jaipur

Noida

✕

Take Class 12 Tuition from the Best Tutors

  • Affordable fees
  • 1-1 or Group class
  • Flexible Timings
  • Verified Tutors

Book a Free Demo

Class 12 Tuition > Learn Exercise 5.2 > Differentiate the functions with respect to x.
✕

Search in

Differentiate the functions with respect tox.

Asked by Last Modified  

6 Answers

Learn Exercise 5.2

Follow 8
Answer

Please enter your answer

Let f(x)=cos(sinx), u(x)=sinx , v(t)=cost Where t=u(x)=sinx Differentiating it Since. By chain rule,
read more
Let f(x)=cos(sinx), u(x)=sinx , v(t)=cost Where t=u(x)=sinx Differentiating it Since.By chain rule, read less
Comments
Dislike Bookmark

Tomorrow is looking great buddy

Put sin x = t and the differtiatiom of sin(x) = cos(x) so, cos(x) dx = dt dx/dt=1/cos(x) so now the question is in new form Question: cos(t) now you can solve it easily
1 Comments
Dislike Bookmark

-Cosx*Sin(Sinx)
Comments
Dislike Bookmark

Engineering graduate with little experience in teaching

-cos(X)sin(sin X)
Comments
Dislike Bookmark

Maths tutor with 4 years experience

It's very simple. 1) differentiate Cos(sinx) by assuming sinx = x 2) put x=sinx back into first step 3) and then differentiate sinx 4) product of both is an answer
read more
It's very simple.1) differentiate Cos(sinx) by assuming sinx = x [derivative of cosx is -sinx]2) put x=sinx back into first step [1st step result = -sinx, therefore it's -sin(sinx)]3) and then differentiate sinx [derivative of sinx is cosx]4) product of both is an answer [-sin(sinx).cosx] read less
Comments
Dislike Bookmark

Thus, f is a composite function of two functions. Put t = u (x) = sin x By chain rule, Alternate method
read more
Thus, f is a composite function of two functions. Put t = u (x) = sin x By chain rule, Alternate method read less
Comments
Dislike Bookmark

View 4 more Answers

Now ask question in any of the 1000+ Categories, and get Answers from Tutors and Trainers on UrbanPro.com

Ask a Question

Recommended Articles

Find Class 12 Tuition near you
Class 12 Tuition in Delhi
Class 12 Tuition in Bangalore
Class 12 Tuition in Hyderabad
Class 12 Tuition in Kolkata
Class 12 Tuition in Mumbai
Class 12 Tuition in Chennai
Class 12 Tuition in Pune
Class 12 Tuition in Lucknow
Class 12 Tuition in Jaipur
Class 12 Tuition in Noida
Online Tuition Class 12

Looking for Class 12 Tuition ?

Learn from the Best Tutors on UrbanPro

Are you a Tutor or Training Institute?

Join UrbanPro Today to find students near you
X

Looking for Class 12 Tuition Classes?

The best tutors for Class 12 Tuition Classes are on UrbanPro

  • Select the best Tutor
  • Book & Attend a Free Demo
  • Pay and start Learning

Take Class 12 Tuition with the Best Tutors

The best Tutors for Class 12 Tuition Classes are on UrbanPro

This website uses cookies

We use cookies to improve user experience. Choose what cookies you allow us to use. You can read more about our Cookie Policy in our Privacy Policy

Accept All
Decline All

UrbanPro.com is India's largest network of most trusted tutors and institutes. Over 55 lakh students rely on UrbanPro.com, to fulfill their learning requirements across 1,000+ categories. Using UrbanPro.com, parents, and students can compare multiple Tutors and Institutes and choose the one that best suits their requirements. More than 7.5 lakh verified Tutors and Institutes are helping millions of students every day and growing their tutoring business on UrbanPro.com. Whether you are looking for a tutor to learn mathematics, a German language trainer to brush up your German language skills or an institute to upgrade your IT skills, we have got the best selection of Tutors and Training Institutes for you. Read more

ThinkVidya Learning Pvt Ltd © 2010-2025 All Rights Reserved