Exam 2: Review of Basic Algebra

arrow
  • Select Tags
search iconSearch Question
  • Select Tags

Simplify: Simplify:

(Multiple Choice)
4.9/5
(41)

Solve: 5(2x - 4) - 3(1 - 3x) = -64

(Essay)
4.8/5
(27)

Solve: Solve:   = 0.3 = 0.3

(Short Answer)
4.9/5
(32)

Solve: x + Solve: x +   x +   + x +   x + 1 = 256 x + Solve: x +   x +   + x +   x + 1 = 256 + x + Solve: x +   x +   + x +   x + 1 = 256 x + 1 = 256

(Essay)
4.9/5
(32)

Simplify: Simplify:

(Essay)
4.9/5
(31)

Evaluate: Evaluate:

(Essay)
4.8/5
(47)

Compute: Compute:

(Short Answer)
4.9/5
(35)

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 Calculate the age of the artefact, if the decay rate of the artefact is measured as 4 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 Calculate the age of the artefact, if the decay rate of the artefact is measured as 4 dpm 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 Calculate the age of the artefact, if the decay rate of the artefact is measured as 4 dpm = 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 Calculate the age of the artefact, if the decay rate of the artefact is measured as 4 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 Calculate the age of the artefact, if the decay rate of the artefact is measured as 4 dpm = 8267 years t = Age of the artefact Calculate the age of the artefact, if the decay rate of the artefact is measured as 4 dpm

(Essay)
4.9/5
(37)

After reducing the regular selling price by 1/8, Sepaba Inc. sold a Stereo set for $300. What was the regular selling price?

(Essay)
4.9/5
(36)

Simplify: -3x(4 - 2b - 2b)

(Short Answer)
4.9/5
(39)

Simplify: -3w(4z + 1) - 2z(6w + 2)

(Short Answer)
4.8/5
(41)

Express in logarithmic form: 8-3 = Express in logarithmic form: 8<sup>-3</sup> =

(Essay)
4.9/5
(40)

Simplify: (x + 4)(2x2 - 9x + 3)

(Essay)
4.8/5
(40)

An electronics company has been producing 1705 CD Players a day working two shifts. The second shift has produced 95 CD players fewer than four-fifths of the number of CD players produced by the first shift. Determine the number of CD players produced by the second shift.

(Essay)
4.9/5
(30)

Simplify: 5(4x - 2)

(Short Answer)
4.9/5
(40)

Simplify: Simplify:   ÷   ÷  ÷ Simplify:   ÷   ÷  ÷ Simplify:   ÷   ÷

(Essay)
4.8/5
(36)

Simplify: (3a - 1)(a - 3a + 1)

(Essay)
4.8/5
(33)

Simplify: 50xy ÷ (-5x)

(Short Answer)
5.0/5
(37)

Express in exponential form: log3 Express in exponential form: log<sub>3</sub>   = -4 = -4

(Essay)
4.8/5
(38)

Solve: 8x - 11 = 5x + 4

(Multiple Choice)
4.8/5
(33)
Showing 241 - 260 of 274
close modal

Filters

  • Essay(0)
  • Multiple Choice(0)
  • Short Answer(0)
  • True False(0)
  • Matching(0)