Proof of Continuity – A split function with ln and a third root – Exercise 6240 Post category:Continuity by Definition Post comments:0 Comments Exercise Given the function f(x)={ln(1+x)x,x>0x3,x<0f(x) = \begin{cases} \frac{\ln(1+x)}{x}, &\quad x>0\\ \sqrt[3]{x}, &\quad x < 0\\ \end{cases}f(x)={xln(1+x),3x,x>0x<0 Is it continuous at point x = 0? If not, what kind of discontinuity do you get? Final Answer Show final answer No, there is a jump discontinuity Solution Coming soon… Share with Friends Read more articles Previous PostProof of Continuity – A split function with a function to the power of a function – Exercise 6236 Next PostProof of Continuity – A split function with polynomials – Exercise 6243 You Might Also Like Proof of Continuity – A split function with polynomial functions and a parameter – Exercise 5876 June 30, 2019 Proof of Continuity – A split function with a rational function – Exercise 6223 July 5, 2019 Proof of Continuity – A split function with a polynomial and a rational function – Exercise 5871 June 30, 2019 Proof of Continuity – A split function with polynomial functions and a parameter – Exercise 5874 June 30, 2019 Proof of Continuity – A split function with a quotient of functions and parameters – Exercise 5867 June 30, 2019 Proof of Continuity – A split function with exponential functions and a parameter – Exercise 6591 July 16, 2019 Leave a Reply Cancel replyCommentEnter your name or username to comment Enter your email address to comment Enter your website URL (optional) Δ
Proof of Continuity – A split function with polynomial functions and a parameter – Exercise 5876 June 30, 2019
Proof of Continuity – A split function with a polynomial and a rational function – Exercise 5871 June 30, 2019
Proof of Continuity – A split function with polynomial functions and a parameter – Exercise 5874 June 30, 2019
Proof of Continuity – A split function with a quotient of functions and parameters – Exercise 5867 June 30, 2019
Proof of Continuity – A split function with exponential functions and a parameter – Exercise 6591 July 16, 2019