and and the following table: to = f(to) = A. If we use n = 4 subdivisions, fill in the values: At = t₁ = ; f(t) = to = f(to) = B. Find the left and right sums using n = 4 left sum= right sum= i 4₂ = ; t₁ = C. If we use n = 2 subdivisions, fill in the values: At = ; f(t) = left-hand sum = ƒ(to)At + f(t₁)At + ··· + ƒ(t-1)At ; 4₂ = right-hand sum=, f(t₁)At + ƒ(1₂)At + ··· + f(t₂)At, D. Find the left and right sums using n = 2 left sum= right sum= ; ƒ(1₂) = ; 13 = t 06121824 f(t) 3028252420 44 = : ƒ(13) = ; ƒ(14) =
and and the following table: to = f(to) = A. If we use n = 4 subdivisions, fill in the values: At = t₁ = ; f(t) = to = f(to) = B. Find the left and right sums using n = 4 left sum= right sum= i 4₂ = ; t₁ = C. If we use n = 2 subdivisions, fill in the values: At = ; f(t) = left-hand sum = ƒ(to)At + f(t₁)At + ··· + ƒ(t-1)At ; 4₂ = right-hand sum=, f(t₁)At + ƒ(1₂)At + ··· + f(t₂)At, D. Find the left and right sums using n = 2 left sum= right sum= ; ƒ(1₂) = ; 13 = t 06121824 f(t) 3028252420 44 = : ƒ(13) = ; ƒ(14) =
Chapter2: Functions And Their Graphs
Section2.6: Combinations Of Functions: Composite Functions
Problem 60E: Let dt be the number of dogs in the United States in year t, and let ct be the number of cats in the...
Related questions
Question
![and
and the following table:
to =
f(to) =
A. If we use n = 4 subdivisions, fill in the values:
At =
right sum=
it =
to =
f(to) =
; f(t) =
B. Find the left and right sums using n = 4
left sum=
right sum=
; 9₂ =
it₁ =
C. If we use n = 2 subdivisions, fill in the values:
At =
; f(t₁) =
left-hand sum = ƒ(to)At + f(t₁)At + ... + f(t-1)At
; ƒ(1₂) =
right-hand sum = ƒ(t₁)At + ƒ(t₂)A! +
; 4₂ =
D. Find the left and right sums using n = 2
left sum=
;f3 =
t06 12 18 24
f(1) 30 28 25 24 20
; 44 =
; ƒ(13) =
; ƒ(14) =
+ f(t)At,](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd39d906c-f4e8-4aa1-ab24-7033c82b0dde%2Fe9eaac9a-a56f-4ce4-bc90-b90950318e62%2Fb0psxa_processed.jpeg&w=3840&q=75)
Transcribed Image Text:and
and the following table:
to =
f(to) =
A. If we use n = 4 subdivisions, fill in the values:
At =
right sum=
it =
to =
f(to) =
; f(t) =
B. Find the left and right sums using n = 4
left sum=
right sum=
; 9₂ =
it₁ =
C. If we use n = 2 subdivisions, fill in the values:
At =
; f(t₁) =
left-hand sum = ƒ(to)At + f(t₁)At + ... + f(t-1)At
; ƒ(1₂) =
right-hand sum = ƒ(t₁)At + ƒ(t₂)A! +
; 4₂ =
D. Find the left and right sums using n = 2
left sum=
;f3 =
t06 12 18 24
f(1) 30 28 25 24 20
; 44 =
; ƒ(13) =
; ƒ(14) =
+ f(t)At,
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