filmov
tv
Prove that f∶[0,1]→R defined by f(x)=x^2 is uniformly continuous.
Показать описание
Azhagappan Meyyappan
Рекомендации по теме
0:22:44
Prove that f∶[0,1]→R defined by f(x)=x^2 is uniformly continuous.
0:03:34
Proof that f(x) = x^2 is Uniformly Continuous on (0, 1)
0:04:40
Proof that f(x) = 1/x is not Uniformly Continuous on (0,1)
0:04:30
'Let `f:[0,1] rarr [0,1]` be a continuous function. Then prove that `f(x)=x` for at least one
0:03:49
Let the function \( f:[0,1] \rightarrow \mathbb{R} \) be defined by...
0:08:20
In each of the following cases, state whether function is one-one, onto or bijective f:R-R f(x)=3-4x
0:08:35
Show that the function f: R* to R* defined by f(x)=1/x is one-one and onto. If the domain R* is N
0:12:13
Show that the function f defined by f(x)=1/2^n , when 1/2^(n+1) ≤x≤1/2^n ,n=0,1,2,3,…f(0)=0 is R-in...
1:00:12
Calculus II 9.2 Series and Convergence Part 2: Lecture and Examples
0:07:07
function f(x)=1 , x is rational ∧ f(x)=0 , x is irrational is not Integrable on [0,1] ,Real Analysis...
0:01:58
if f:R-{0}tends to R is defined by f(x)=x^3-1÷x^3 then show that f(x)+f(1÷x)=0 ? in Telugu Maths1A
0:13:03
let the function f be defined on [0,1] by the condition f(x)=2rx , r=1,2,3… show that f∈R[0,1]and.....
0:00:50
5 simple unsolvable equations
0:04:19
Proof: f(x) = |x| is Continuous using Epsilon Delta Definition | Real Analysis Exercises
0:13:01
function f : R → (-1,1) is defined by f(x)= x/(1+|x|) | x belongs to R | is one one onto function...
0:07:14
Bijective Function Problem 1 - Functions - Discrete Mathematics
0:02:52
Prove f(x) = x^3 is a bijection. Set Theory. Abstract Algebra
0:04:08
Show that the signum function f: R to R, given by f(x)=1 if x≥0; 0 if x=0;-1, if x≤0 is neither
0:12:27
Show that the function f : R∗ → R∗ defined by f(x) =1/x is one-one and on to, where R∗ is the...
0:00:11
IIT Bombay CSE 😍 #shorts #iit #iitbombay
0:12:42
Show that function f(x)= xcosπx/2 is not bounded variation on [0,1]. , Real Analysis -||
0:14:15
Intermediate Value Theorem | Fixed Point Theorem | Use IVT to prove Fixed Point | Calculus - Part 5
0:00:16
This chapter closes now, for the next one to begin. 🥂✨.#iitbombay #convocation
0:00:15
Cosplay by b.tech final year at IIT Kharagpur