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5. Continuity and Differentiability
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Q28 of 147 Page 159

Find the values of k so that the function f is continuous at the indicated point in Exercises 26 to 29.

It is given that

Also, it is given that function f is continuous at x = k,


So, if f is defined at x = p and if the value of the f at x = k equals the limit of f at x = k.


We can see that f is defined at x = p and


f(π) = kπ + 1



⇒


⇒ kπ + 1 = cosπ = kπ + 1


⇒ kπ + 1 = -1 = kπ + 1


⇒ k =


Therefore, the required value of k is.


More from this chapter

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26

Find the values of k so that the function f is continuous at the indicated point in Exercises 26 to 29.

27

Find the values of k so that the function f is continuous at the indicated point in Exercises 26 to 29.

29

Find the values of k so that the function f is continuous at the indicated point in Exercises 26 to 29.

30

Find the values of a and b such that the function defined by

is a continuous function.

Questions · 147
5. Continuity and Differentiability
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