Question 1

The use of positive logic or negative logic:

Accepted Answer

A) Has either the true or the false proceeding to another IF/THEN/ELSE instruction. 
B) Has either the true of the false proceeding to execute an action and then proceed to the next instruction. 
C) With the exception of the last nested IF/THEN/ELSE instruction does not allow both the true and the false to execute an action. 
D) All of the above. 
A) Has either the true or the false proceeding to another IF/THEN/ELSE instruction. 
B) Has either the true of the false proceeding to execute an action and then proceed to the next instruction. 
C) With the exception of the last nested IF/THEN/ELSE instruction does not allow both the true and the false to execute an action. 
D) All of the above. D

Question 2

Using the decision straight through logic structure for multiple decisions:

Accepted Answer

A) Has the true proceeding to the next instruction and the false executing an action. 
B) Has the true proceeding to another IF/THEN/ELSE instruction and the false executing an action. 
C) Has the false proceeding to the next instruction and the true executing an action. 
D) None of the above. 
A) Has the true proceeding to the next instruction and the false executing an action. 
B) Has the true proceeding to another IF/THEN/ELSE instruction and the false executing an action. 
C) Has the false proceeding to the next instruction and the true executing an action. 
D) None of the above. C

Question 3

A good application for the case structure is

Accepted Answer

A) Medical deductions 
B) Payroll calculations 
C) Changing a specific character to a specific numeric value 
D) All of the above 
A) Medical deductions 
B) Payroll calculations 
C) Changing a specific character to a specific numeric value 
D) All of the above D

Question 4

The indented algorithm of a positive logic nested IF/THEN/ELSE looks like:

Accepted Answer

A) A sideways V on the left side. 
B) A straight vertical line on the left side. 
C) A diagonal line on the left side. 
D) None of the above. 
A) A sideways V on the left side. 
B) A straight vertical line on the left side. 
C) A diagonal line on the left side. 
D) None of the above.

Question 5

A decision table consists of:

Accepted Answer

A) The conditions and the actions. 
B) The conditions and the consequences. 
C) The conditions,the combinations of T/F for the conditions,and the consequences. 
D) None of the above. 
A) The conditions and the actions. 
B) The conditions and the consequences. 
C) The conditions,the combinations of T/F for the conditions,and the consequences. 
D) None of the above.

Question 6

The false statements are always executed using:

Accepted Answer

A) Straight-through logic. 
B) Positive logic. 
C) Negative logic. 
D) None of the above. 
A) Straight-through logic. 
B) Positive logic. 
C) Negative logic. 
D) None of the above.

Question 7

The decision table is an important communication tool when working with a client.

Accepted Answer

A) True 
 B)False

Question 8

Case logic structure may be used to:

Accepted Answer

A) Indicate a specific set of instructions to be used. 
B) Indicate only one instruction for multiple values of a variable. 
C) Indicate a specific value for a variable. 
D) a and d 
E) None of the above. 
A) Indicate a specific set of instructions to be used. 
B) Indicate only one instruction for multiple values of a variable. 
C) Indicate a specific value for a variable. 
D) a and d 
E) None of the above.

Question 9

The use of the OTHERWISE in the case logic structure may be used as error detection.

Accepted Answer

A) True 
 B)False

Question 10

There must be only one instruction for each constant in a case logic structure.

Accepted Answer

A) True 
 B)False

Question 11

A decision table allows the developer to make sure all possible combinations of results of the conditions have actions.

Accepted Answer

A) True 
 B)False

Question 12

The OTHERWISE is a catchall choice when there are no other matches in the case logic structure.

Accepted Answer

A) True 
 B)False

Question 13

If at all possible,straight through logic should be used in multiple IF/THEN/ELSE instructions.

Accepted Answer

A) True 
 B)False

Question 14

Case logic structure is a type of:

Accepted Answer

A) Sequential logic structure 
B) Decision logic structure 
C) Loop logic structure.. 
D) None of the above. 
A) Sequential logic structure 
B) Decision logic structure 
C) Loop logic structure.. 
D) None of the above.

Question 15

Straight through logic is the fastest decision logic when there are several choices of actions.

Accepted Answer

A) True 
 B)False

Question 16

A flowchart can not be made from a decision table.

Accepted Answer

A) True 
 B)False

Question 17

Logical or relational operators are required in the condition of the IF/THEN/ELSE instruction.

Accepted Answer

A) True 
 B)False

Question 18

instructions allows the computer to choose a path from many paths of execution according to specific conditions.

Accepted Answer

A) True 
 B)False

Question 19

The case logic structure algorithm:

Accepted Answer

A) Starts with an IF and ends with an IF/END. 
B) Starts with a CASE OF VARIABLE and ends with the OTHERWISE. 
C) Starts with a CASE OF VARIABLE and ends with an END-OF-CASE. 
D) None of the above. 
A) Starts with an IF and ends with an IF/END. 
B) Starts with a CASE OF VARIABLE and ends with the OTHERWISE. 
C) Starts with a CASE OF VARIABLE and ends with an END-OF-CASE. 
D) None of the above.

Question 20

The types of nested IF/THEN/ELSE instructions are:

Accepted Answer

A) Positive and negative logic structure. 
B) Straight through logic structure. 
C) Positive logic structure ,negative logic structure,and a logic structure that has actions or other IF/THEN/ELSE instructions on both the true and false parts of the instruction. 
D) Positive,negative,and straight through logic. 
A) Positive and negative logic structure. 
B) Straight through logic structure. 
C) Positive logic structure ,negative logic structure,and a logic structure that has actions or other IF/THEN/ELSE instructions on both the true and false parts of the instruction. 
D) Positive,negative,and straight through logic.

The use of positive logic or negative logic:

Using the decision straight through logic structure for multiple decisions:

A good application for the case structure is

The indented algorithm of a positive logic nested IF/THEN/ELSE looks like:

A decision table consists of:

The false statements are always executed using:

The decision table is an important communication tool when working with a client.

Case logic structure may be used to:

The use of the OTHERWISE in the case logic structure may be used as error detection.

There must be only one instruction for each constant in a case logic structure.

A decision table allows the developer to make sure all possible combinations of results of the conditions have actions.

The OTHERWISE is a catchall choice when there are no other matches in the case logic structure.

If at all possible,straight through logic should be used in multiple IF/THEN/ELSE instructions.

Case logic structure is a type of:

Straight through logic is the fastest decision logic when there are several choices of actions.

A flowchart can not be made from a decision table.

Logical or relational operators are required in the condition of the IF/THEN/ELSE instruction.

instructions allows the computer to choose a path from many paths of execution according to specific conditions.

The case logic structure algorithm:

The types of nested IF/THEN/ELSE instructions are:

General Problem-Solving Concepts

Beginning Problem-Solving Concepts for the Computer

Planning Your Solution

An Introduction to Programming Structure

Problem Solving With the Sequential Logic Structure

Problem Solving With Loops

Processing Arrays

Sorting,stacks,and Queues

File Concepts

Linked Lists

Binary Trees

Database Management

Relational Database Management Systems

Concepts of Object Oriented Programming

Object Oriented Program Design

Introduction to Concepts of Game Development Using Object Oriented Programming

Introduction to Assembly Language

Sequential-Access File Applications

Sequential File Updating

Filters

Exam 6: Problem Solving With Decisions

The use of positive logic or negative logic:

Using the decision straight through logic structure for multiple decisions:

A good application for the case structure is

The indented algorithm of a positive logic nested IF/THEN/ELSE looks like:

A decision table consists of:

The false statements are always executed using:

The decision table is an important communication tool when working with a client.

Case logic structure may be used to:

The use of the OTHERWISE in the case logic structure may be used as error detection.

There must be only one instruction for each constant in a case logic structure.

A decision table allows the developer to make sure all possible combinations of results of the conditions have actions.

The OTHERWISE is a catchall choice when there are no other matches in the case logic structure.

If at all possible,straight through logic should be used in multiple IF/THEN/ELSE instructions.

Case logic structure is a type of:

Straight through logic is the fastest decision logic when there are several choices of actions.

A flowchart can not be made from a decision table.

Logical or relational operators are required in the condition of the IF/THEN/ELSE instruction.

instructions allows the computer to choose a path from many paths of execution according to specific conditions.

The case logic structure algorithm:

The types of nested IF/THEN/ELSE instructions are:

General Problem-Solving Concepts

Beginning Problem-Solving Concepts for the Computer

Planning Your Solution

An Introduction to Programming Structure

Problem Solving With the Sequential Logic Structure

Problem Solving With Loops

Processing Arrays

Sorting,stacks,and Queues

File Concepts

Linked Lists

Binary Trees

Database Management

Relational Database Management Systems

Concepts of Object Oriented Programming

Object Oriented Program Design

Introduction to Concepts of Game Development Using Object Oriented Programming

Introduction to Assembly Language

Sequential-Access File Applications

Sequential File Updating

Filters