Determine whether the following statements are true and give an explanation or counterexample. a. If the limits lim f(x,0) and lim f(0,y) exist and equal L, then lim f(x,y)=L. Choose the correct interpretation below. (x,0)→(0,0) (0,y) → (0,0) (x,y) → (0,0) O A. The statement is false because f(x,y) must approach Las (x,y) approaches (a,b) along all possible paths. The function f(x,y)= O B. The statement is false because f(x,y) must approach L as (x,y) approaches (a,b) along all possible paths. The function f(x,y)= OC. The statement is true because if f(x,y) approaches L as (x,y) approaches (a,b) along two different paths in the domain off, then b. If lim f(x,y)=L, then f is continuous at (a,b). Choose the correct interpretation below. (x,y) →(a,b) O A. The statement is false because lim f(x,y) must equal f(a,b) if f is continuous. The function f(x,y) = (x,y) → (a,b) x + xy xy +3 OB. The statement is false because lim f(x,y) must equal f(a,b) if f is continuous. The function f(x,y)= (x,y) →(a,b) OC. The statement is true because any function f is continuous provided lim f(x,y) exists. (x,y) →(a,b) c. If f is continuous at (a,b), then lim f(x,y) exists. Choose the correct interpretation below. (x,y) → (a,b) xy x+y 2 x = 0 and y=0 1 x#0 or y#0 is a counterexample. is a counterexample. is a counterexample. lim f(x,y)=L. (x,y)→(a,b) is a counterexample. OA. The statement is false because continuity only implies that f is defined at (a,b). The function f(x,y) = tan (x + y) is a counterexample. OB. The statement is true because lim f(x,y)=f(a,b). (x,y) →→→(a,b) Oc The statement is false because lim fly v) must equal flah) and continuity implies that lim flyv) #fla h). The function f(x y) =tan (x + y) is a counterexample
Determine whether the following statements are true and give an explanation or counterexample. a. If the limits lim f(x,0) and lim f(0,y) exist and equal L, then lim f(x,y)=L. Choose the correct interpretation below. (x,0)→(0,0) (0,y) → (0,0) (x,y) → (0,0) O A. The statement is false because f(x,y) must approach Las (x,y) approaches (a,b) along all possible paths. The function f(x,y)= O B. The statement is false because f(x,y) must approach L as (x,y) approaches (a,b) along all possible paths. The function f(x,y)= OC. The statement is true because if f(x,y) approaches L as (x,y) approaches (a,b) along two different paths in the domain off, then b. If lim f(x,y)=L, then f is continuous at (a,b). Choose the correct interpretation below. (x,y) →(a,b) O A. The statement is false because lim f(x,y) must equal f(a,b) if f is continuous. The function f(x,y) = (x,y) → (a,b) x + xy xy +3 OB. The statement is false because lim f(x,y) must equal f(a,b) if f is continuous. The function f(x,y)= (x,y) →(a,b) OC. The statement is true because any function f is continuous provided lim f(x,y) exists. (x,y) →(a,b) c. If f is continuous at (a,b), then lim f(x,y) exists. Choose the correct interpretation below. (x,y) → (a,b) xy x+y 2 x = 0 and y=0 1 x#0 or y#0 is a counterexample. is a counterexample. is a counterexample. lim f(x,y)=L. (x,y)→(a,b) is a counterexample. OA. The statement is false because continuity only implies that f is defined at (a,b). The function f(x,y) = tan (x + y) is a counterexample. OB. The statement is true because lim f(x,y)=f(a,b). (x,y) →→→(a,b) Oc The statement is false because lim fly v) must equal flah) and continuity implies that lim flyv) #fla h). The function f(x y) =tan (x + y) is a counterexample
Calculus For The Life Sciences
2nd Edition
ISBN:9780321964038
Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Chapter3: The Derivative
Section3.1: Limits
Problem 6YT
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Question
![Determine whether the following statements are true and give an explanation or counterexample.
a. If the limits lim f(x,0) and
(x,0)→(0,0)
A.
B.
lim f(0,y) exist and equal L, then lim f(x,y) = L. Choose the correct interpretation below.
(0,y) → (0,0)
(x,y) → (0,0)
A.
=
The statement is false because f(x,y) must approach L as (x,y) approaches (a,b) along all possible paths. The function f(x,y):
b. If lim f(x, y) = L, then f is continuous at (a,b). Choose the correct interpretation below.
(x,y) →(a,b)
B.
The statement is false because f(x,y) must approach L as (x,y) approaches (a,b) along all possible paths. The function f(x,y):
OC. The statement is true because if f(x,y) approaches L as (x,y) approaches (a,b) along two different paths in the domain of f, then
The statement is false because lim f(x,y) must equal f(a,b) if f is continuous. The function f(x,y)=
(x,y) →(a,b)
The statement is false because lim f(x,y) must equal f(a,b) if f is continuous. The function f(x,y):
(x,y) →(a,b)
OC. The statement is true because any function f is continuous provided lim f(x,y) exists.
(x,y) → (a,b)
c. If f is continuous at (a,b), then lim f(x,y) exists. Choose the correct interpretation below.
(x,y) →(a,b)
x + xy
xy + 3
OC. The statement is false because
xy
x+y
=
2 x = 0 and y=0
1 x #0 or y#0
xy
2
is a counterexample.
is a counterexample.
is a counterexample.
lim f(x,y) = L.
(x,y) →(a,b)
A. The statement is false because continuity only implies that f is defined at (a,b). The function f(x,y) = tan (x + y) is a counterexample.
B. The statement is true because lim f(x,y) = f(a,b).
(x,y) →(a,b)
is a counterexample.
lim f(x,y) must equal f(a,b) and continuity implies that lim f(x,y) #f(a,b). The function f(x,y) = tan (x + y) is a counterexample.
(x,y) →(a,b)
(x,y) →(a,b)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6c944127-f965-40a6-9c0b-c6a92e7a1d8e%2Fb1f7a270-2d2f-4d04-baaf-dda20058f6b1%2F6h4c139_processed.png&w=3840&q=75)
Transcribed Image Text:Determine whether the following statements are true and give an explanation or counterexample.
a. If the limits lim f(x,0) and
(x,0)→(0,0)
A.
B.
lim f(0,y) exist and equal L, then lim f(x,y) = L. Choose the correct interpretation below.
(0,y) → (0,0)
(x,y) → (0,0)
A.
=
The statement is false because f(x,y) must approach L as (x,y) approaches (a,b) along all possible paths. The function f(x,y):
b. If lim f(x, y) = L, then f is continuous at (a,b). Choose the correct interpretation below.
(x,y) →(a,b)
B.
The statement is false because f(x,y) must approach L as (x,y) approaches (a,b) along all possible paths. The function f(x,y):
OC. The statement is true because if f(x,y) approaches L as (x,y) approaches (a,b) along two different paths in the domain of f, then
The statement is false because lim f(x,y) must equal f(a,b) if f is continuous. The function f(x,y)=
(x,y) →(a,b)
The statement is false because lim f(x,y) must equal f(a,b) if f is continuous. The function f(x,y):
(x,y) →(a,b)
OC. The statement is true because any function f is continuous provided lim f(x,y) exists.
(x,y) → (a,b)
c. If f is continuous at (a,b), then lim f(x,y) exists. Choose the correct interpretation below.
(x,y) →(a,b)
x + xy
xy + 3
OC. The statement is false because
xy
x+y
=
2 x = 0 and y=0
1 x #0 or y#0
xy
2
is a counterexample.
is a counterexample.
is a counterexample.
lim f(x,y) = L.
(x,y) →(a,b)
A. The statement is false because continuity only implies that f is defined at (a,b). The function f(x,y) = tan (x + y) is a counterexample.
B. The statement is true because lim f(x,y) = f(a,b).
(x,y) →(a,b)
is a counterexample.
lim f(x,y) must equal f(a,b) and continuity implies that lim f(x,y) #f(a,b). The function f(x,y) = tan (x + y) is a counterexample.
(x,y) →(a,b)
(x,y) →(a,b)
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