Application of Derivatives Maths 12 Science CBSE Solutions for MCQ in English

Application of Derivatives Maths 12 Science CBSE Solutions for MCQ in English to enable students to get Solutions in a narrative video format for the specific question.

Expert Teacher provides Application of Derivatives Maths 12 Science CBSE Solutions for MCQ through Video Solutions in English language. This video solution will be useful for students to understand how to write an answer in exam in order to score more marks. This teacher uses a narrative style for a question from Application of Derivatives not only to explain the proper method of answering question, but deriving right answer too.

Please find the question below and view the Solution in a narrative video format.


The normal to the curve Question passing (1, 2) is:

Solution Video in English:

You can select video Solutions from other languages also. Please check Solutions in ( Hindi )

Similar Questions from CBSE, 12th Science, Maths, Application of Derivatives

Question 1 : The points on the curve Question , where the normal to the curve makes equal intercepts with the axes are, (View Answer Video)

Question 2 : Find the approximate value of f(5.001) whereQuestion. (View Answer Video)

Question 3 : A balloon, which always remains spherical has a variable radius. Find the rate at which its volume is increasing with the radius when the later is 10 cm.  (View Answer Video)

Question 4 : If,Question then the approximate value of f(3.02) is _________. (View Answer Video)

Question 5 : Find the maximum profit that a company can make if the profit function is.Question (View Answer Video)

Questions from Other Chapters of CBSE, 12th Science, Maths


Question 1 : Find the value of z,  from the equation: Question (View Answer Video)

Question 2 : Find the value of x from the equation: Question. (View Answer Video)

Question 3 : Find the inverse of the matrix, Question. (View Answer Video)

Question 4 : IfQuestion , write the value of"x". (View Answer Video)

Question 5 : IfQuestion , then find "a". (View Answer Video)


Question 1 : Assume that the chances of a patient having a heart attack are 40%. Assume that a meditation and yoga course reduces the risk of heart attack by 30% and the prescription of certain drugs and certain restrictions reduces the risk by 25%. At a time, a patient choses only one of the two options with equal probabilities. After going through one of the two options, the patient is selected at random who is suffering from a heart attack. Find the probability that the patient followed a course of meditation and yoga. Write the value referred here.      (View Answer Video)

Question 2 : A pair of coins is tossed once. Find the probability of showing atleast one head. (View Answer Video)

Question 3 :  A die is rolled. If E= (1, 3, 5), F(2, 3) and G= {2, 3, 4, 5}, find Question (View Answer Video)

Question 4 : There are three coins. One is a two-headed coin (having head on both faces), another is a biased coin that comes up heads 75% of the times and third is also a biased coin that comes up tails 40% of the times. One of the three coins is chosen at random and tossed, and it shows heads. What is the probability that it was the two-headed coin?  (View Answer Video)

Question 5 : In a group of 30 scientists workings on an experiment, 20 never commit error in their work and are reporting results elaborately. Two scientists are selected at random from the group. Find the probability distribution of the number of selected scientists who never commit error in work and reporting. Also find the mean of the distribution. What values are described in this question?  (View Answer Video)

Continuity and Differentiability

Question 1 : Find Question for the function Question. (View Answer Video)

Question 2 : If x and y are connected parametrically by the equation Question   , without eliminating the parameter, find Question. (View Answer Video)

Question 3 : Differentiate the function w.r.t.x Question. (View Answer Video)

Question 4 : If Question, find Question in terms of y alone. (View Answer Video)

Question 5 : Differentiate the function w.r.t.x Question. (View Answer Video)