 
			 
			MCQOPTIONS
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				This section includes 15 Mcqs, each offering curated multiple-choice questions to sharpen your Mathematics Questions and Answers knowledge and support exam preparation. Choose a topic below to get started.
| 1. | Find ’C’ using Lagrange’s mean value theorem, if f(x) = ex, a = 0, b = 1. | 
| A. | ee-1 | 
| B. | e-1 | 
| C. | log\(_e^{e+1}\) | 
| D. | log\(_e^{e-1}\) | 
| Answer» E. | |
| 2. | What is the formula for Lagrange’s theorem? | 
| A. | f’(c) = \(\frac {f(a)+f(b)}{b-a}\) | 
| B. | f’(c) = \(\frac {f(b)-f(a)}{b-a}\) | 
| C. | f’(c) = \(\frac {f(a)+f(b)}{b+a}\) | 
| D. | f’(c) = \(\frac {f(a)-f(b)}{b+a}\) | 
| Answer» C. f’(c) = \(\frac {f(a)+f(b)}{b+a}\) | |
| 3. | Is Rolle’s theorem applicable to f(x) = tan x on [ \(\frac {\pi }{4}, \frac {5\pi }{4}\) ]? | 
| A. | Yes | 
| B. | No | 
| Answer» C. | |
| 4. | Rolle’s theorem is a special case of _____ | 
| A. | Euclid’s theorem | 
| B. | another form of Rolle’s theorem | 
| C. | Lagrange’s mean value theorem | 
| D. | Joule’s theorem | 
| Answer» D. Joule’s theorem | |
| 5. | Lagrange’s mean value theorem is also called as _____ | 
| A. | Euclid’s theorem | 
| B. | Rolle’s theorem | 
| C. | a special case of Rolle’s theorem | 
| D. | the mean value theorem | 
| Answer» E. | |
| 6. | Function f is differentiable on [a,b] to satisfy Lagrange’s mean value theorem. | 
| A. | True | 
| B. | False | 
| Answer» B. False | |
| 7. | What are/is the conditions to satify Lagrange’s mean value theorem? | 
| A. | f is continuous on [a,b] | 
| B. | f is differentiable on (a,b) | 
| C. | f is differentiable and continuous on (a,b) | 
| D. | f is differentiable and non-continuous on (a,b) | 
| Answer» D. f is differentiable and non-continuous on (a,b) | |
| 8. | Function f is not continuous on [a,b] to satisfy Lagrange’s mean value theorem. | 
| A. | False | 
| B. | True | 
| Answer» B. True | |
| 9. | What is the relation between f(a) and f(h) according to another form of Rolle’s theorem? | 
| A. | f(a) < f(a+h) | 
| B. | f(a) = f(a+h) | 
| C. | f(a) = f(a-h) | 
| D. | f(a) > f(a+h) | 
| Answer» C. f(a) = f(a-h) | |
| 10. | Another form of Rolle’s theorem for the continuous condition is _____ | 
| A. | f is continuous on [a,a-h] | 
| B. | f is continuous on [a,h] | 
| C. | f is continuous on [a,a+h] | 
| D. | f is continuous on [a,ah] | 
| Answer» D. f is continuous on [a,ah] | |
| 11. | Another form of Rolle’s theorem for the differential condition is _____ | 
| A. | f is differentiable on (a,ah) | 
| B. | f is differentiable on (a,a-h) | 
| C. | f is differentiable on (a,a/h) | 
| D. | f is differentiable on (a,a+h) | 
| Answer» E. | |
| 12. | Does Rolle’s theorem applicable if f(a) is not equal to f(b)? | 
| A. | Yes | 
| B. | No | 
| C. | Under particular conditions | 
| D. | May be | 
| Answer» C. Under particular conditions | |
| 13. | What is the relation between f(a) and f(b) according to Rolle’s theorem? | 
| A. | Equals to | 
| B. | Greater than | 
| C. | Less than | 
| D. | Unequal | 
| Answer» B. Greater than | |
| 14. | Function f is differential on (a,b) according to Rolle’s theorem. | 
| A. | True | 
| B. | False | 
| Answer» B. False | |
| 15. | Function f should be _____ on [a,b] according to Rolle’s theorem. | 
| A. | continuous | 
| B. | non-continuous | 
| C. | integral | 
| D. | non-existent | 
| Answer» B. non-continuous | |