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A math problem set focusing on limits, continuity, and differentiation. The set includes numerical and analytical limit calculations, determination of continuous functions and their points of discontinuity, finding constants to ensure continuity, and finding derivatives using the definition of the derivative. Bonus question includes finding the equation of the tangent line and using the intermediate value theorem.
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Roll No Name: Test # 1, September 7 th, 2006 Math 1131
(a) lim x→∞
x + 1 x − 1
) 3 x (b) lim x→ 0
1 − cos 4x x sin x
(c) lim x→ 64
√ (^3) x − 4 √ x − 8
(a) f (x) =
x^2 + x + 2 if x ≥ 0 sin 2x x
if x < 0
, (b) g(x) =
ln(e + x) + ln(e^2 + x) if x ≥ 0
−
ln(1 + 2|x|) x
if x < 0
h(x) =
ax 3 + a^2 x
if x ≥ 1
√ (^4) x − 1
x − 1
if x < 1
ax^2 + bx if x < − 3 or x ≥ 2
ax + b + 1 if x ∈ [− 3 , 2) becomes continuous at every point.
(a)h(x) =
3 x + 1 (b)i(x) =
x − 1 2 x − 1
(c)(Bonus) k(x) =
x^2 2 x + 1
2 x − 5 = x^3 − 10 x^2 + 35x − 42 in (4, 5).