the closed interval [0,2] and has the values given in the table below. The equation f(x)=1/2 must have at least two solutions on the interval [0,2] if k= 0,1,2,3, or1/2?
(a) Prove directly that the cardinality of the closed interval [0, 1] is equal to the cardinality of the open interval (0, 1) by constructing a function f : [0, 1] → (0, 1) that is one-to-one and onto. (b) More generally, show that if S is an infinite set and {a,b} C S, then [S] = |S \ {a,b}\. (The notation S \ {a,b} is used to denote the set of all s in S such that s is...
Let f be the function given by f () = on the closed interval [-7,7]. Of the following intervals, on which can the Mean Value Theorem be applied to f? 11-1, 3 because f is continuous on (-1,3] and differentiable on (-1,3). II. [5, 7 because f is continuous on 5,7] and differentiable on (5,7). III. (1,5) because f is continuous on (1,5) and differentiable on (1,5). None © anal only
A function is continuous on the closed, bounded interval [-2, 1] , and differentiable on the open interval (-2,1)Given that f(-2) = 1 , and that the derivative of f is between –5 and —2 throughout the open interval, what is the least possible value of f (1) ? What is the greatest possible value of f(1) ? HINT: Since The greatest possible value of f(1) is f(1) – f(-2) f(1) – f(-2) ^ = f'(c) for some c€ (-2,...
6. (20 pts) Prove that there is no homeomorphism of the closed interval (-1,1] of the real line onto the closed disc < 1 of the complex plane.
Graph of A continuous function fis defined on the closed interval - 4sxs6. The graph of consists of a line segment and a curve that is tangent to the x-axis at x-3, as shown in the figure above. On th interval Dexc6, the function fis twice differentiable, with f(x)>0. Is there a value of a -4sach, for which the Mean Value Theorem applied to the interval (a 6), guarantees a value ca cx6, at which f'(c) = ? Justify your...
Simpson's rule uses a quadratic interpolation of a function on a closed interval. <-- its a true or fals ? the ans. is T but I am not sure why?
Find the absolute extrema of the function on the closed interval. y = x2 – 8 In x, [1, 5] minimum x (x, y) = ( (x, y) = ( maximum Need Help? Watch It Talk to a Tutor
(a) Show that P is closed under union and intersection. That is, show that for all A, B E P AUB,AnBEP (b) Show that NP is closed under union and intersection.