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60 Cards in this Set
- Front
- Back
Must Be questions
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Questions that require multiple plugging in attempts.
1st time: Use simple numbers 2nd time: Use ZONE-F Try of to three times- if not working you aren't cluing in on the error. |
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ZONE-F
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Zero
One Negatives Extremes Fractions |
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Must be true (Roman Numerals)
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Start with ZONE-F right away
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Roman Numerals - POE
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If given roman numeral must be true, eliminate all answers that do not include that numeral.
If given must be false, eliminate every answer that contains that numeral. |
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Yes/No Data Sufficiency
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Key to Yes/No question is to find a definite answer--it doesn't matter if its a definite yes or a definite no.
In other words, consistency is the key. Inconsistency is insufficiency. |
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Sufficiency Rules: Yes "and" No
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Then it is NOT sufficient.
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Sufficiency Rules: Yes "or" NO
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Then it IS sufficient
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Yes/No Data Sufficiency Steps
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Stmnt 1: Try to plug in values that will answer the question both yes "and" no.
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Square-root notes
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√25 = 5
x^2 = 25 ---> x= +/-5 |
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Inequalities & number lines
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Sometimes use a number line to help with inequality questions.
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Probability: Series of events; "And"
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Multiply the probabilities of the individual events
Probability (A and B) = Probability (A) X Probability (B) |
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Probability: Individual events; "Or"
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Add the probabilities of the individual events.
Probability (A or B) = Probability (A) + Probability (B) - Probability (A and B) |
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Probability that X will NOT happen
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Probability (event happens) + Probability (event does NOT happen) = 1
Prob(X) 1 - Prob(Not X) |
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Probability "At Least"
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Use Prob(NotX) Formula
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Special Rule about #2
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It is the only number with exactly two factors. 1 & 2
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The largest factor (divisor) of any number is...
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Itself
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Rule for Misplaced Modifiers
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A word or phrase that describes something should go right next to the thing it modifies.
Running down the street, I was hit by a falling brick. |
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Rule for Misplaced Modifiers II
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Introductory Phrases: (Look for phrase noun structure)
Rewrite the phrase so it describe the subject after the comma. Change phrase to indep. clause. Since it has own subject, there will be no confusion as to what its describing. |
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Relative Pronouns: Singular or Plural?
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Can be BOTH Singular and Plural
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Parallel Construction
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Parallel construction is required of items in a list or comparison.
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Parallel constructions lists
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Lists must be treated the same.
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Confusing lists
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Poor voter turnout was blamed on the unusually cold weather on election day, a general feeling of dissatisfaction with the candidates, and knowing that this was only a local election of little importance.
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Comparisons - "Apples to apples and oranges to orange"
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For comparisons to be valid, the two things being compared must be similar in type.
Usually compare "noun to noun" and "actions to actions" Often uses a pronoun to correct these types of problems. |
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Inversions
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Things antique
Antique things |
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Few words not underlined?
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This is a huge clue.
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Coordinating Conjunctions
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Coordinating conjunctions connect words, phrases, and clauses.
FAN-BOYS F = for A = and N = nor B = but O = or Y = yet S = so |
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Coordinating con. vs. Subordinating con.
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A coordinating conjunction can join two main clauses that a writer wants to emphasize equally. The pattern for coordination looks like this:
main Clause + , + coordinating conjunction + main Clause. Subordination, however, emphasizes the idea in the main clause more than the one in the subordinate clause. Generally, the patterns look like these: main clause + Ø + subordinate clause. |
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Subordinating Conjunction
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The subordinate conjunction has two jobs. First, it provides a necessary transition between the two ideas in the sentence. This transition will indicate a time, place, or cause and effect relationship.
The second job of the subordinate conjunction is to reduce the importance of one clause so that a reader understands which of the two ideas is more important. The more important idea belongs in the main clause, the less important in the clause introduced by a subordinate conjunction. after although as because before even if even though if in order that once provided that rather than since so that than that though unless until when whenever where whereas wherever whether while why |
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Coordinating Conjunction II
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and it; ,yet it; but it
I went to the store, and I went to the movies. NOT I went to the store, and to the movies. |
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Arguments
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Three connections make up the arguments:
Conclusion and premises (stated) Assumptions (unwritten) |
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Are/is/are -ing
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Are in the present continuous.
Not necessarily happening at the time of speaking. I'm reading an interesting book at the moment. |
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Conclusion
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The main point or central claim of the argument.
Word indicators: Therefore, clearly, hence, thus, so, consequently, in conclusion. |
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Premise
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After finding conclusion, identify premise- any reasons, statistics, or evidence- that provides support to conclusion.
Word indicators: Since, because, as a result of, suppose. |
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The Why Test
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Once you have found the conclusion, ask yourself why the author believes the conclusion to be true.
Always use the Why Test to separate the conclusion and premises. |
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Finding the Gap
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Find the gap by determining what is mentioned in the conclusion that was not mentioned in the premises.
Then fill in the assumption. Widen gap to weaken; close gap to strengthen. |
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Assumption
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The unstated part of the argument that is required to connect the premises to the conclusion. It must be true.
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Common Flaws
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Causal flaws; Sampling & Statistical flaws; Analogy Flaws
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Causal flaws
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An argument's premise state that two things happened and the author concludes that one caused the other.
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Sampling & Statistical Flaws
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Arguments based on percentages, numbers,
or samples, the flaw usually related to the failure of the data to prove the conclusion. |
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Analogy Flaws
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Arguments that use evidence about one things to reach a conclusion about another. They assume that two things are similar enough to sustain the comparison.
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Analyzing an Argument
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1. Find the conclusion and premise
2. Weed out the useless information 3. Find the gap & strengthen or weaken |
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Ratios
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Describe part/part relationships
2 parts grape juice to 3 parts orange juice: Therefore 2:3 Not 2/3 Fraction of grape juice would be 2/5 |
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Ratio Box
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Ratio _ + _ = _
Multiply By * * * = = = Actual # _ + _ = _ |
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Proportion
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Two ratios that have been set equal to one another.
Key: Set one ration equal to another, making sure to keep units in the same place. |
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Averages
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Arithmetic mean, mean.
Average = Total / Number of things |
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Average Pie
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Total
----------------- divide # of I Avrg. things I Multiply |
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Rates
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Rate = Distance/Time
Rate = Amount of work/Time |
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Rate Pie
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Work
----------------- divide Time I Rate I Multiply |
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Median
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The number in the middle after numbers have been arranged in ascending order.
If has even number, it is average of the two middle numbers. |
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Mode
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The most frequently occurring number in the set.
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Range
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The difference between the highest and lowest numbers in the set.
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Normal Distribution
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A set of values that can be plotted along the bell curve.
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SD Mean
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Indicated by the line down the center of the curve.
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SD Variance
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The measurement of the spread of numbers in relations to the mean.
Think flat curve vs. high curve |
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Standard Deviation
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A statistically derived specified distance from the mean.
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Percentages for normal distribution
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34:14:2 corresponds to the 1st, 2nd, & 3rd sd on each side of mean
2%, 16, 50, 84, 98 |
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DS - Integer Trap
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Don't assume numbers are integers unless the problem tells you so.
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DS - Variables Trap
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Don't assume you need to find values for all the variables in a problem, especially if the question contains an expression with more than one variable. Try manipulating or simplifying the expression before you read the statements.
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DS - Statements Trap
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Forget about Stmt (1) when you consider Stmt (2). Be sure to consider each stmt by itself. Combine the information the info in the two statements only if each stmt alone is insufficent and your'e down to (C) or (E).
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DS - Diagram Trap
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Don't assume a diagram looks a certain way unless the problem tells you so.
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