Questions LLC
Login
or
Sign Up
Ask a New Question
Mathematics
Algebra
t V be the set of real valued continuous functionif F and G are in Vdefine f+g(t)=f(t)=g(t)
1 answer
huh? huh?
(f+g)(t) = f(t) + g(t)
You can
ask a new question
or
answer this question
.
Related Questions
Use inspection to solve the equation x2=36169 , then select the correct solution set below. If there are no real solutions,
Let f be he real-valued function defined by f(x)=sin^3x+sin^3|x|
(a) find f'(x) for x>0 (b) find f'(x) for x<0 (c) determine
Suppose f(x)=3x(x-1)/x²-3x+2 for x≠1,2,f(1)= -3,f(2)=4 then f(x) is continuous
a) except at x=1 b) except at x=2 c) except at
Consider the plane curve y^2=x^3+1. Represent the curve as a vector-valued function.
No idea how to even begin for this one.
Compute the domain of the real-valued function f(x)=sqrt(1-sqrt(2-x)). Thank you
let V be the set of all real-valued continuous functions defined on R1. If f and g are in V, we define f ¨’ g by (f ¨’
Let V be the set of all real-valued continuous functions defined on R1. If f and g are in V, we define f ⊕ g by (f ⊕ g)(t) =
Let W be the set of all continuous fuctions from the set of real numbers R to R. For f, g in W define f+g by (f+g)(x)=f(x)+g(x)
Let W be the set of all continuous fuctions from the set of real numbers R to R. For f, g in W define f+g by (f+g)(x)=f(x)+g(x)
Let W be the set of all continuous functions from the set of real numbers R to R. For f,g in W define f+g by (f+g)(x)=f(x)+g(x)