Question 1

The position of an item in an array is specified using a

Accepted Answer

A) subscripted variable 
B) vector 
C) subscript 
D) dimension statement 
A) subscripted variable 
B) vector 
C) subscript 
D) dimension statement C

Question 2

Given the term MONTH(I),I is the subscripted variable name.

Accepted Answer

A) True 
 B)False  False

Question 3

The DIM statement defines the maximum size of an array and is executed at the beginning of the program.

Accepted Answer

A) True 
 B)False  False

Question 4

Tables are not widely used in problem solving.

Accepted Answer

A) True 
 B)False

Question 5

Given the term GRID(ROW,COLUMN),GRID is the array name.

Accepted Answer

A) True 
 B)False

Question 6

DAY is a seven-member one-dimensional array.Its contents are shown as follows:
$$\begin{array}{l}

\begin{array} { | l | } 
\hline\text { Surday }\
\hline \text { Monday } \
\hline \text { Tuesday } \
\hline \text { Wedrasday } \
\hline \text { Thursday } \
\hline \text { Friday } \
\hline \text { Saturday } \
\hline
\end{array}
\end{array}$$
What is the subscripted variable name that should be used to refer to the location containing Tuesday?

Accepted Answer

A) 3 
B) DAY(3) 
C) DAY 
D) both a and b 
A) 3 
B) DAY(3) 
C) DAY 
D) both a and b

Question 7

Using the term SCORE(I),which reference below represents the subscript?

Accepted Answer

A) SCORE 
B) SCORE(I) 
C) I 
D) both b and c 
A) SCORE 
B) SCORE(I) 
C) I 
D) both b and c

Question 8

A dimension statement is used to define the

Accepted Answer

A) array name 
B) minimum size of the array 
C) maximum size of the array 
D) both a and c 
A) array name 
B) minimum size of the array 
C) maximum size of the array 
D) both a and c

Question 9

The Rth value in the one-dimensional array GRADE is referred to by GRADE(R).

Accepted Answer

A) True 
 B)False

Question 10

What is the value of POS after the instructions corresponding to the following pseudocode are executed?
$\operatorname { POS } = 1$
DOWHILE POS $< 10$
$\operatorname { LIST } ( \mathrm { POS } ) = \operatorname { POS } + 3$
$\mathrm { POS } = \mathrm { POS } + 2$
ENDDO

Accepted Answer

A) 9 
B) 10 
C) 11 
D) 12 
A) 9 
B) 10 
C) 11 
D) 12

Question 11

What is the value of LIST(4)after the instructions corresponding to the following pseudocode are executed?
$\operatorname { POS } = 1$
DOWHILE POS $< 10$
$\operatorname { LIST } ( \mathrm { POS } ) = \mathrm { POS } + 3$
$\operatorname { POS } = \mathrm { POS } + 2$
ENDDO

Accepted Answer

A) 4 
B) 6 
C) 7 
D) undefined 
A) 4 
B) 6 
C) 7 
D) undefined

Question 12

Using the term SCORE(I),which item below represents the array name?

Accepted Answer

A) SCORE 
B) SCORE(I) 
C) I 
D) both a and b 
A) SCORE 
B) SCORE(I) 
C) I 
D) both a and b

Question 13

A single-level table is the same as a one-dimensional array.

Accepted Answer

A) True 
 B)False

Question 14

An example of a simple variable is POS.

Accepted Answer

A) True 
 B)False

Question 15

What is the value of GRID(5,4)after the instructions corresponding to the following pseudocode are executed?
 R = 1
DOWHILE $\mathrm { R } < 5$
 C = 2
DOWHILE $\mathrm { C } < 5$
GRID  R , C = R  + C  \
 C = C  + 1
ENDDO
R =  R  + 2
ENDDO

Accepted Answer

A) 7 
B) 8 
C) 9 
D) undefined 
A) 7 
B) 8 
C) 9 
D) undefined

Question 16

In row-major order,the first subscript varies the most rapidly.

Accepted Answer

A) True 
 B)False

Question 17

A subscript can have more than one value at a time.

Accepted Answer

A) True 
 B)False

Question 18

Select the subscripted variable name that should be used to refer to the Mth position of the array named N.

Accepted Answer

A) N(M) 
B) M(N) 
C) M 
D) N 
A) N(M) 
B) M(N) 
C) M 
D) N

Question 19

What is the value of GRID(3,1)after the instructions corresponding to the following pseudocode are executed?
 R = 1
DOWHILE $\mathrm { R } < 5$
 C = 2
DOWHILE $\mathrm { C } < 5$
GRID  R , C = R  + C  \
 C = C  + 1
ENDDO
R =  R  + 2
ENDDO

Accepted Answer

A) 4 
B) 5 
C) 6 
D) undefined 
A) 4 
B) 5 
C) 6 
D) undefined

Question 20

What is the value of GRID(3,3)after the instructions corresponding to the following pseudocode are executed?
 R = 1
DOWHILE $\mathrm { R } < 5$
 C = 2
DOWHILE $\mathrm { C } < 5$
GRID  R , C = R  + C  \
 C = C  + 1
ENDDO
R =  R  + 2
ENDDO

Accepted Answer

A) 5 
B) 6 
C) 7 
D) none of the above 
A) 5 
B) 6 
C) 7 
D) none of the above

The position of an item in an array is specified using a

Given the term MONTH(I),I is the subscripted variable name.

The DIM statement defines the maximum size of an array and is executed at the beginning of the program.

Tables are not widely used in problem solving.

Given the term GRID(ROW,COLUMN),GRID is the array name.

DAY is a seven-member one-dimensional array.Its contents are shown as follows: Surday Monday Tuesday Wedrasday Thursday Friday Saturday What is the subscripted variable name that should be used to refer to the location containing Tuesday?

Using the term SCORE(I),which reference below represents the subscript?

A dimension statement is used to define the

The Rth value in the one-dimensional array GRADE is referred to by GRADE(R).

What is the value of POS after the instructions corresponding to the following pseudocode are executed? $\operatorname { POS } = 1$ DOWHILE POS $< 10$ $\operatorname { LIST } ( \mathrm { POS } ) = \operatorname { POS } + 3$ $\mathrm { POS } = \mathrm { POS } + 2$ ENDDO

What is the value of LIST(4)after the instructions corresponding to the following pseudocode are executed? $\operatorname { POS } = 1$ DOWHILE POS $< 10$ $\operatorname { LIST } ( \mathrm { POS } ) = \mathrm { POS } + 3$ $\operatorname { POS } = \mathrm { POS } + 2$ ENDDO

Using the term SCORE(I),which item below represents the array name?

A single-level table is the same as a one-dimensional array.

An example of a simple variable is POS.

What is the value of GRID(5,4)after the instructions corresponding to the following pseudocode are executed? R = 1 DOWHILE $\mathrm { R } < 5$ C = 2 DOWHILE $\mathrm { C } < 5$ GRID R , C = R + C \\ C = C + 1 ENDDO R = R + 2 ENDDO

In row-major order,the first subscript varies the most rapidly.

A subscript can have more than one value at a time.

Select the subscripted variable name that should be used to refer to the Mth position of the array named N.

What is the value of GRID(3,1)after the instructions corresponding to the following pseudocode are executed? R = 1 DOWHILE $\mathrm { R } < 5$ C = 2 DOWHILE $\mathrm { C } < 5$ GRID R , C = R + C \\ C = C + 1 ENDDO R = R + 2 ENDDO

What is the value of GRID(3,3)after the instructions corresponding to the following pseudocode are executed? R = 1 DOWHILE $\mathrm { R } < 5$ C = 2 DOWHILE $\mathrm { C } < 5$ GRID R , C = R + C \\ C = C + 1 ENDDO R = R + 2 ENDDO

Introduction to Structured Design

Simple Sequence Control Structure

Ifthenelse Control Structure

Dowhile Control Structurecounter-Controlled Loops

Dowhile Control Structuretrailer Record Logic

Modularization

Case Control Structure

Dountil Control Structure

Introduction to Object-Oriented Design

Inheritance

Other Class and Object Relationships

Array Applications

Master File Update Processing

Control-Break Processing

Filters

Exam 9: Introduction to Arrays

The position of an item in an array is specified using a

Given the term MONTH(I),I is the subscripted variable name.

The DIM statement defines the maximum size of an array and is executed at the beginning of the program.

Tables are not widely used in problem solving.

Given the term GRID(ROW,COLUMN),GRID is the array name.

DAY is a seven-member one-dimensional array.Its contents are shown as follows: Surday Monday Tuesday Wedrasday Thursday Friday Saturday What is the subscripted variable name that should be used to refer to the location containing Tuesday?

Using the term SCORE(I),which reference below represents the subscript?

A dimension statement is used to define the

The Rth value in the one-dimensional array GRADE is referred to by GRADE(R).

Using the term SCORE(I),which item below represents the array name?

A single-level table is the same as a one-dimensional array.

An example of a simple variable is POS.

What is the value of GRID(5,4)after the instructions corresponding to the following pseudocode are executed? R = 1 DOWHILE R<5\mathrm { R } < 5R<5 C = 2 DOWHILE C<5\mathrm { C } < 5C<5 GRID R , C = R + C \\ C = C + 1 ENDDO R = R + 2 ENDDO

In row-major order,the first subscript varies the most rapidly.

A subscript can have more than one value at a time.

Select the subscripted variable name that should be used to refer to the Mth position of the array named N.

What is the value of GRID(3,1)after the instructions corresponding to the following pseudocode are executed? R = 1 DOWHILE R<5\mathrm { R } < 5R<5 C = 2 DOWHILE C<5\mathrm { C } < 5C<5 GRID R , C = R + C \\ C = C + 1 ENDDO R = R + 2 ENDDO

What is the value of GRID(3,3)after the instructions corresponding to the following pseudocode are executed? R = 1 DOWHILE R<5\mathrm { R } < 5R<5 C = 2 DOWHILE C<5\mathrm { C } < 5C<5 GRID R , C = R + C \\ C = C + 1 ENDDO R = R + 2 ENDDO

Introduction to Structured Design

Simple Sequence Control Structure

Ifthenelse Control Structure

Dowhile Control Structurecounter-Controlled Loops

Dowhile Control Structuretrailer Record Logic

Modularization

Case Control Structure

Dountil Control Structure

Introduction to Object-Oriented Design

Inheritance

Other Class and Object Relationships

Array Applications

Master File Update Processing

Control-Break Processing

Filters

What is the value of GRID(5,4)after the instructions corresponding to the following pseudocode are executed? R = 1 DOWHILE $\mathrm { R } < 5$ C = 2 DOWHILE $\mathrm { C } < 5$ GRID R , C = R + C \\ C = C + 1 ENDDO R = R + 2 ENDDO

What is the value of GRID(3,1)after the instructions corresponding to the following pseudocode are executed? R = 1 DOWHILE $\mathrm { R } < 5$ C = 2 DOWHILE $\mathrm { C } < 5$ GRID R , C = R + C \\ C = C + 1 ENDDO R = R + 2 ENDDO

What is the value of GRID(3,3)after the instructions corresponding to the following pseudocode are executed? R = 1 DOWHILE $\mathrm { R } < 5$ C = 2 DOWHILE $\mathrm { C } < 5$ GRID R , C = R + C \\ C = C + 1 ENDDO R = R + 2 ENDDO