MATH 2100 C958 Calculus I
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Free MATH 2100 C958 Calculus I Questions
Find the critical points of f(x) = x3− 3x + 2.
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x = 1,−1
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x = 0,3
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x = ±√ 3
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x = 1 only
Explanation
A classroom example: If velocity v(t) = 2t + 3, what is acceleration at t = 1?
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0
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2
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3
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5
Explanation
Explanation
Acceleration is the derivative of velocity with respect to time. Differentiate v(t) = 2t + 3 to get a(t) = 2. Because this acceleration is constant, it does not depend on t. Thus, a(1) = 2. The value of v(t) or t does not affect the constant acceleration.
Correct Answer
2
Volume: rotate y = √x, x= 0 to 4, about y-axis (shells)?
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8π
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4π
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16π/3
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128π/5
Explanation
Global max of f(x) = x ln x − x on (0,∞)?
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At x = 1/e
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At x = 1
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At x = e
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None
Explanation
In class:
?
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xx(ln x + 1)
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xxln x
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xx−1
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x ln x
Explanation
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
Work: stretch spring 0.2 m beyond natural, k = 500 N/m, work = ?
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10 J
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5 J
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20 J
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50 J
Explanation
Evaluate ∫(2x + 3) dx
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2x + 3x² + C
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2x² + 3 + C
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x² + 3x
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x² + 3x + C
Explanation
Explanation:
The integral of a polynomial is found by applying the power rule for integration: ∫xⁿ dx = (xⁿ⁺¹)/(n+1) + C. For ∫(2x + 3) dx, integrate each term separately. The integral of 2x is x², and the integral of 3 is 3x. Combining these results gives x² + 3x + C as the general antiderivative.
Correct Answer:
x² + 3x + C
Normal line to y=lnx at x = e?
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y = -x + e + 1
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y = x - e + 1
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y = -e x + e² + 1
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y = x + 1
Explanation
Which of the following functions is continuous at (x = 0)?
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-
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Explanation
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