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Exam 2: Review of Basic Algebra

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Exam 1: Review of Arithmetic144 Questionsadd course
Exam 2: Review of Basic Algebra274 Questionsadd course
Exam 3: Ratio, Proportion, and Percent210 Questionsadd course
Exam 4: Linear Systems94 Questionsadd course
Exam 5: Cost-Volume-Profit Analysis and Break-Even47 Questionsadd course
Exam 6: Trade Discounts, Cash Discounts, Markup, and Markdown170 Questionsadd course
Exam 7: Simple Interest132 Questionsadd course
Exam 8: Simple Interest Applications87 Questionsadd course
Exam 9: Compound Interest - Future Value and Present Value172 Questionsadd course
Exam 10: Compound Interest - Further Topics77 Questionsadd course
Exam 11: Ordinary Simple Annuities104 Questionsadd course
Exam 12: Ordinary General Annuities104 Questionsadd course
Exam 13: Annuities Due, Deferred Annuities, and Perpetuities182 Questionsadd course
Exam 14: Amortization of Loans, Residential Mortgages, and Sinking Funds132 Questionsadd course
Exam 15: Bond Valuation87 Questionsadd course
Exam 16: Investment Decision Applications78 Questionsadd course
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Evaluate: ln 60

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Question 161

Compute: ln[3.00e-.3]

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Question 162

Compute the value of Compute the value of

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Question 163

Simplify: (-1)4(-1)2(-1)5

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Question 164

Simplify: (-64ab) ÷ (8ab)

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Question 165

Following equation is used in carbon dating of the artefacts: N = Following equation is used in carbon dating of the artefacts: N = × where, N = Decay rate of the artefact, expressed as disintegrations per minute (dpm) = Decay rate of natural carbon = 14 dpm τ = Mean life time = = = 8267 years t = Age of the artefact What is the expected decay rate of the artefact, if it is known to be from Canadian New France era, 350 years ago. × Following equation is used in carbon dating of the artefacts: N = × where, N = Decay rate of the artefact, expressed as disintegrations per minute (dpm) = Decay rate of natural carbon = 14 dpm τ = Mean life time = = = 8267 years t = Age of the artefact What is the expected decay rate of the artefact, if it is known to be from Canadian New France era, 350 years ago. where, N = Decay rate of the artefact, expressed as disintegrations per minute (dpm) Following equation is used in carbon dating of the artefacts: N = × where, N = Decay rate of the artefact, expressed as disintegrations per minute (dpm) = Decay rate of natural carbon = 14 dpm τ = Mean life time = = = 8267 years t = Age of the artefact What is the expected decay rate of the artefact, if it is known to be from Canadian New France era, 350 years ago. = Decay rate of natural carbon = 14 dpm τ = Mean life time = Following equation is used in carbon dating of the artefacts: N = × where, N = Decay rate of the artefact, expressed as disintegrations per minute (dpm) = Decay rate of natural carbon = 14 dpm τ = Mean life time = = = 8267 years t = Age of the artefact What is the expected decay rate of the artefact, if it is known to be from Canadian New France era, 350 years ago. = Following equation is used in carbon dating of the artefacts: N = × where, N = Decay rate of the artefact, expressed as disintegrations per minute (dpm) = Decay rate of natural carbon = 14 dpm τ = Mean life time = = = 8267 years t = Age of the artefact What is the expected decay rate of the artefact, if it is known to be from Canadian New France era, 350 years ago. = 8267 years t = Age of the artefact What is the expected decay rate of the artefact, if it is known to be from Canadian New France era, 350 years ago.

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Question 166

Solve for x: -6x = 486 + 3x

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Question 167

Evaluate c: c = 8(7a - 4b) - 4(5a + 3b) for a = Evaluate c: c = 8(7a - 4b) - 4(5a + 3b) for a = , b = - , b = - Evaluate c: c = 8(7a - 4b) - 4(5a + 3b) for a = , b = -

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Question 168

Solve for x: x + 14 = -7

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Question 169

Solve for x: 2x + 4(5x - 3) = -7(2 + x) - (-11x -11)

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Question 170

Compute: Compute:

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Question 171

Solve: x - 0.23x = 2105

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Question 172

Evaluate: 4x2 - 10xy - 8y2 for x = -3, y = 5

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Question 173

Evaluate: Evaluate:

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Question 174

Simplify: (2xy)5

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Question 175

Solve: x Solve: x + 2x = $2551.65 + 2x Solve: x + 2x = $2551.65 = $2551.65

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Question 176

Evaluate P: P = A(1 - RT) for A = 1400, R = 0.185, T = Evaluate P: P = A(1 - RT) for A = 1400, R = 0.185, T =

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Question 177

Evaluate z: z = 5x2 - 5xy - 3y2 for x = -6, y = + 5

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Question 178

Simplify: (7a - 7b) - (-3a + 9b) - 11b

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Question 179

Calculate with final answer in fractional form: 390625-1/8

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Question 180
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