MATH 2100 C958 Calculus I
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Free MATH 2100 C958 Calculus I Questions
Using simpson's rule
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2
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1.9
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2.1
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0
Explanation
Area between y = sin x and y = cos x from 0 to π/4?
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√2−1
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1
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√2/2
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0
Explanation
Higher derivative: 4th derivative of f(x) = e−x?
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e−x
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−e−x
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ex
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0
Explanation
A teacher demonstrates squeeze theorem: if x2 ≤ sinx/x ≤ 1 near 0, what is limx→0sin x/x?
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0
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1
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∞
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-1
Explanation
Explanation:
By the squeeze theorem, if a function is "sandwiched" between two other functions that have the same limit at a point, then the function also approaches that limit. Here, as x → 0, x2→ 0 and the constant 1 is 1. The standard limit lim x→0 sinx/x is well-known to be 1. Therefore, despite the inequality given, the actual limit is determined by the behavior of sinx/x near 0.
Correct Answer:
1
Related rates: cone height decreases at 1 cm/s, radius fixed at 3 cm, volume rate when h = 4?
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−12π cm3/s
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−9π cm3/s
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−36π cm3/s
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−3π cm3/s
Explanation
Derivative of f(x) = cot−1(x2)?
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-
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-
Explanation
A student asks: “Why do we need the chain rule?” The teacher responds it is used when:
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Differentiating a composite function
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Finding critical points
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Evaluating definite integrals
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Applying L’Hôpital’s rule
Explanation
Explanation:
The chain rule is a fundamental rule in calculus used to differentiate composite functions. If a function can be expressed as f(g(x)), where one function is nested inside another, the derivative is found by multiplying the derivative of the outer function evaluated at the inner function by the derivative of the inner function: d/dx [f`(g(x))] = f'(g(x)).g'(x). This allows us to handle more complex functions that cannot be differentiated directly using simple rules.
Correct Answer:
Differentiating a composite function
In a lesson on substitution: ∫lnx/x dx = ?
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(lnx)2 + C
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1/2(lnx)2 + C
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ln∣lnx∣ + C
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x lnx + C
Explanation
A teacher analyzes f(x) = x2− 4x + 3. Where is it increasing?
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x < 1 or x > 3
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1 < x < 3
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Everywhere
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x > 2
Explanation
Volume by shells: rotate y = x2 from 0 to 1 about y-axis?
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2π/5
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π/5
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2π/3
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π/2
Explanation
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