Solutions for MCQ CBSE 12 Science Maths Differential Equations in Hindi to enable students to get Solutions in a
narrative video format for the specific question.

Expert Teacher provides Solutions for MCQ CBSE 12 Science Maths Differential Equations through Video Solutions in
Hindi 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 Differential Equations 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.

** Question:**

** Write the differential equation representing the family of curves y = mx, where m is an arbitrary constant. **

** Solution Video in** **Hindi****:**

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

## Similar Questions from CBSE, 12th Science, Maths, Differential Equations

**Question 1** : Write the degree of the differential equation

**Question 2** : Find the general solution of differential equation

**Question 3** : Write the sum of the order and degree of the differential equation

**Question 4** : Write the differential equation representing the family of curves y = mx, where m is an arbitrary constant.

**Question 5** : Find the solution of the differential equation

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

### Matrices

**Question 1** : If, find the value of y.

### Probability

**Question 1** : Compute P(A/B) if P(B) =0.5 and P(AB)=0.32.

**Question 2** : If P(A)=0.8, P(B)=0.5 and =0.4, find .

**Question 3** : If P(A)=, P(B)= and =, find .

### Continuity and Differentiability

**Question 1** : Differentiate the function with respect to x.

**Question 2** : Differentiate w.r.t.x the function , for some constant a and b.

**Question 3** : Find the second order derivative of the function .

**Question 4** : If and , find .

**Question 5** : Differentiate the function with respect to x.