MATH 2100 C958 Calculus I
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Free MATH 2100 C958 Calculus I Questions
Area under y = 4 − x2 from -2 to 2?
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32/3
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8
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16
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16/3
Explanation
Using trapezoidal rule approximate
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0.375
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0.333
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0.5
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0.25
Explanation
Use second derivative test: f(x) = 2x3 − 3x2 + 1, at x = 1?
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Local min
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Local max
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Inflection
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No conclusion
Explanation
Volume by disks: y = x2, rotate about x-axis from 0 to 1?
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π/5
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π/3
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π
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2π/5
Explanation
In teaching the Intermediate Value Theorem, a teacher considers f(x) = x3 - x - 2 on [1,2]. Does it guarantee a root?
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Yes
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No
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Only if differentiable
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Depends on limit
Explanation
Explanation
Polynomials are continuous on all real numbers. Evaluate the endpoints: f(1) = 1 - 1 - 2 = -2 and f(2) = 8 - 2 - 2 = 4. Since f(1) and f(2) have opposite signs and (f) is continuous on [1,2], the Intermediate Value Theorem ensures there exists c ∈ (1,2)) with f(c) = 0. Differentiability is not required—continuity on the closed interval suffices.
Correct Answer
Yes
∫sec2 x dx =?
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tan x + C
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sec x + C
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−cot x + C
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ln∣sec x∣ + C
Explanation
Explanation:
The derivative of tan x is sec2 x, so the antiderivative of sec2 x is:
∫sec2 x dx = tan x +C
Correct Answer:
tan x + C
Using the washer method: region between y = x and y = x3, rotate about y-axis, volume?
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π
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π/3
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2π/3
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π/2
Explanation
Monotonicity: f(x) = e−x2, increasing where?
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x < 0
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x > 0
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Never
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Everywhere
Explanation
Differential: estimate √25.1 using f(x) = √x at x = 25.
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5.1
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5.02
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5.005
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5.01
Explanation
Derivative of f(x) = cot−1(x2)?
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-
-
-
Explanation
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