![real analysis - How to find $\sup$ and $\inf$ of multivariate sequence? - Mathematics Stack Exchange real analysis - How to find $\sup$ and $\inf$ of multivariate sequence? - Mathematics Stack Exchange](https://i.stack.imgur.com/mIfO5.png)
real analysis - How to find $\sup$ and $\inf$ of multivariate sequence? - Mathematics Stack Exchange
![SOLVED: 1 We know that a continuous function f: [a, 6] 7 R reaches Its Infimum and Its [a, b] In other words, there exists €, d € [a,b] such that supremum SOLVED: 1 We know that a continuous function f: [a, 6] 7 R reaches Its Infimum and Its [a, b] In other words, there exists €, d € [a,b] such that supremum](https://cdn.numerade.com/ask_images/ce6b71d3bf514725b95b5e2e6187044d.jpg)
SOLVED: 1 We know that a continuous function f: [a, 6] 7 R reaches Its Infimum and Its [a, b] In other words, there exists €, d € [a,b] such that supremum
![How do i go on about finding the infimum and supremum of this set without using calculus. I was thinking of doing some algebraic manipulations, but I am not really sure how How do i go on about finding the infimum and supremum of this set without using calculus. I was thinking of doing some algebraic manipulations, but I am not really sure how](https://preview.redd.it/it72g8byczu41.jpg?auto=webp&s=95eee1d35775183452e9521af191b1125a2f4346)
How do i go on about finding the infimum and supremum of this set without using calculus. I was thinking of doing some algebraic manipulations, but I am not really sure how
![SOLVED: question 2 Question1(10 points): Calculate city block,Euclidean and supremum distances for the below data a.x=1,-1,10,3,4,y=10-1,4,5,2 b.x1=5,4,2=-2,3 Question2(15points): Discuss the advantages and disadvantages of using sampling to reduce the ... SOLVED: question 2 Question1(10 points): Calculate city block,Euclidean and supremum distances for the below data a.x=1,-1,10,3,4,y=10-1,4,5,2 b.x1=5,4,2=-2,3 Question2(15points): Discuss the advantages and disadvantages of using sampling to reduce the ...](https://cdn.numerade.com/ask_images/c03947c69b6d40e4b84cc5d969306b88.jpg)