An application that combines multiple tools needed to code; Integrated Development Environment

A set of steps that defines how a task is performed

A program that transforms the entire source code into machine language before executing

Categories for values in memory (Ex: int, float, str, etc.)

A representation of an algorithm that a computer can execute

An application that combines multiple tools needed to code; Integrated Development Environment

A set of steps that defines how a task is performed

A program that transforms the entire source code into machine language before executing

A set of rules that must be strictly followed when writing code ---> language specific

A representation of an algorithm that a computer can execute

An application that combines multiple tools needed to code; Integrated Development Environment

A set of steps that defines how a task is performed

A program that transforms the entire source code into machine language before executing

A set of rules that must be strictly followed when writing code ---> language specific

A logical design that controls the order in which a set of code executes

3 ---> sequence, decision or selection or loops.

An application that combines multiple tools needed to code; Integrated Development Environment

A variable that points to a specific location in memory instead of holding a value. Holds and memory address.

A program that transforms the entire source code into machine language before executing

A set of rules that must be strictly followed when writing code ---> language specific

A logical design that controls the order in which a set of code executes

3 ---> sequence, decision or selection or loops.

An application that combines multiple tools needed to code; Integrated Development Environment

Programs

A program that transforms the entire source code into machine language before executing

Equipment; Physical components of a computer

A representation of an algorithm that a computer can execute

An application that combines multiple tools needed to code; Integrated Development Environment

A named place in memory where data can be stored and retrieved

A program that transforms the entire source code into machine language before executing

Equipment; Physical components of a computer

A representation of an algorithm that a computer can execute

An application that combines multiple tools needed to code; Integrated Development Environment

Programs

A program that transforms the entire source code into machine language before executing

Equipment; Physical components of a computer

A representation of an algorithm that a computer can execute

An application that combines multiple tools needed to code; Integrated Development Environment

Programs

A program that transforms the entire source code into machine language before executing

Equipment; Physical components of a computer

A representation of an algorithm that a computer can execute

An application that combines multiple tools needed to code; Integrated Development Environment

A program that transforms one line of code into machine language and executes, repeating the process until no more code

A program that transforms the entire source code into machine language before executing

A set of rules that must be strictly followed when writing code ---> language specific

A representation of an algorithm that a computer can execute

An application that combines multiple tools needed to code; Integrated Development Environment

A program that transforms one line of code into machine language and executes, repeating the process until no more code

A program that transforms the entire source code into machine language before executing

A set of rules that must be strictly followed when writing code ---> language specific

A representation of an algorithm that a computer can execute

An application that combines multiple tools needed to code; Integrated Development Environment

A program that transforms one line of code into machine language and executes, repeating the process until no more code

A program that transforms the entire source code into machine language before executing

A set of rules that must be strictly followed when writing code ---> language specific

A representation of an algorithm that a computer can execute

Involves memory management

Feature abstraction

Does not involve memory management

Machine dependent (processor)

Machine independent

Involves memory management

Does not feature abstraction

Does not involve memory management

Machine dependent (processor)

Machine independent

Central Processing Unit

Random Access Memory

Secondary Memory

Input Devices

Output Devices

Central Processing Unit

Random Access Memory

Secondary Memory

Input Devices

Output Devices

Hard Drives

Keyboard

USBs

Monitor

Mouse

Headphones

Keyboard

Speaker

Microphone

Mouse

Headphones

Speaker

Monitor

Microphone

Touchscreen

Microsoft Office

Microsoft Word

Allows users to enter a string

Named place in memory

A sequence of characters; text

Function that displays information to the screen

Function that formats a value when displaying

Allows users to enter a string

Named place in memory

A sequence of characters; text

Function that displays information to the screen

Function that formats a value when displaying

Allows users to enter a string

Named place in memory

A sequence of characters; text

Function that displays information to the screen

Function that formats a value when displaying

Allows users to enter a string

Named place in memory

A sequence of characters; text

Function that displays information to the screen

Function that formats a value when displaying

Integers, whole numbers

Named place in memory

Real numbers; numbers with a decimal value

Function that displays information to the screen

Function that formats a value when displaying

Integers, whole numbers

Named place in memory

Real numbers; numbers with a decimal value

Function that displays information to the screen

Function that formats a value when displaying

Allows users to enter a string

Named place in memory

A sequence of characters; text

Function that displays information to the screen

Function that formats a value when displaying

**

*

.pow()

.power(x,2)

**, //, %

*, /, %

*, %, floor

*, /, floor

floor, %

//, floor

//, %

%, //

Check for a given relationship between two values

Execute code if a condition is true

Execute one code block if a condition is true or another block of code if it is false

Connect two Boolean expressions (condition)

Check for a given relationship between two values

Execute code if a condition is true

Execute one code block if a condition is true or another block of code if it is false

Connect two Boolean expressions (condition)

Check for a given relationship between two values

Execute code if a condition is true

Execute one code block if a condition is true or another block of code if it is false

Connect two Boolean expressions (condition)

Check for a given relationship between two values

Execute code if a condition is true

Execute one code block if a condition is true or another block of code if it is false

Connect two Boolean expressions (condition)

A conditional statement inside another conditional statement

Execute code if a condition is true

Execute one code block if a condition is true or another block of code if it is false

Executes a block of code if a condition is true or checks a second condition if the first was false. If the second condition is true, it executes a second block of code

A conditional statement inside another conditional statement

Execute code if a condition is true

Execute one code block if a condition is true or another block of code if it is false

Executes a block of code if a condition is true or checks a second condition if the first was false. If the second condition is true, it executes a second block of code

Repeatedly execute a block of code if a condition is true

Executes a block of code over a sequence of data

Creates a sequence of numbers

One loop inside another loop

Check if input given by user is valid

Repeatedly execute a block of code if a condition is true

Executes a block of code over a sequence of data

Creates a sequence of numbers

One loop inside another loop

Check if input given by user is valid

Repeatedly execute a block of code if a condition is true

Executes a block of code over a sequence of data

Creates a sequence of numbers

One loop inside another loop

Check if input given by user is valid

When a loop goes on forever

Executes a block of code over a sequence of data

Creates a sequence of numbers

One loop inside another loop

Check if input given by user is valid

When a loop goes on forever

Executes a block of code over a sequence of data

Creates a sequence of numbers

One loop inside another loop

Check if input given by user is valid

When a loop goes on forever

Executes a block of code over a sequence of data

Creates a sequence of numbers

One loop inside another loop

Check if input given by user is valid

Clears the drawings, sends the turtle to home, sets the pen color to black, and sets the background color to white

Clears the drawings, sets the turtle to home, sets the pen color to black

Clears the drawings

Clears the drawings, sends the turtle to home, sets the pen color to black, and sets the background color to white

Clears the drawings, sets the turtle to home, sets the pen color to black

Clears the drawings

Clears the drawings, sends the turtle to home, sets the pen color to black, and sets the background color to white

Clears the drawings, sets the turtle to home, sets the pen color to black

Clears the drawings

Moves the turtle in the direction it's facing; number of steps is given as a parameter

Rotates the turtle counterclockwise; degrees given as a parameter

Rotates the turtle clockwise; degrees given as a parameter

Moves the turtle in the direction it's facing; number of steps is given as a parameter

Rotates the turtle counterclockwise; degrees given as a parameter

Rotates the turtle clockwise; degrees given as a parameter

Moves the turtle in the direction it's facing; number of steps is given as a parameter

Rotates the turtle counterclockwise; degrees given as a parameter

Rotates the turtle clockwise; degrees given as a parameter

Changes the fill color of the turtle to c

Changes the pen color to c and outline of turtle

Change or set the screen color to c

Tells the program a shape will be drawn that should be filled so the program must keep track of path and area needed to be filled

Tells the program shape is done and to fill the area created

Changes the fill color of the turtle to c

Changes the pen color to c and outline of turtle

Change or set the screen color to c

Tells the program a shape will be drawn that should be filled so the program must keep track of path and area needed to be filled

Tells the program shape is done and to fill the area created

Changes the fill color of the turtle to c

Changes the pen color to c and outline of turtle

Change or set the screen color to c

Tells the program a shape will be drawn that should be filled so the program must keep track of path and area needed to be filled

Tells the program shape is done and to fill the area created

Changes the fill color of the turtle to c

Changes the pen color to c and outline of turtle

Change or set the screen color to c

Tells the program a shape will be drawn that should be filled so the program must keep track of path and area needed to be filled

Tells the program shape is done and to fill the area created

Changes the fill color of the turtle to c

Changes the pen color to c and outline of turtle

Change or set the screen color to c

Tells the program a shape will be drawn that should be filled so the program must keep track of path and area needed to be filled

Tells the program shape is done and to fill the area created

returns the x-coordinate of the turtle's current location

returns the y-coordinate of the turtle's current location

Returns the turtle's current location in the format (x,y)

Tells the program a shape will be drawn that should be filled so the program must keep track of path and area needed to be filled

Tells the program shape is done and to fill the area created

returns the x-coordinate of the turtle's current location

returns the y-coordinate of the turtle's current location

Returns the turtle's current location in the format (x,y)

Tells the program a shape will be drawn that should be filled so the program must keep track of path and area needed to be filled

Tells the program shape is done and to fill the area created

returns the x-coordinate of the turtle's current location

returns the y-coordinate of the turtle's current location

Returns the turtle's current location in the format (x,y)

Tells the program a shape will be drawn that should be filled so the program must keep track of path and area needed to be filled

Tells the program shape is done and to fill the area created

The print function cannot print a number, only strings.

The print function cannot print multiple values, only one.

The multiplication cannot be performed because base and height are strings.

The multiplication cannot be performed because the incorrect operator is used

Red

Error: Incorrect color(s)

Orange

Purple

**

*

#

&

Character collection

Char sequence

Text Block

String

Register

Variable

RAM slot

Byte

Area = 28.26

Circumference = 28.26

Nothing will be printed since the code segment will result in an error.

Area = 28.26

Circumference = 18.84

Area = 18.84

Circumference = 18.84

float

currency

int

str

Nothing will be printed since the code will result in an error.

Salary: $ 553.21

Salary: $553.212

Salary: $553.21

print(format(number, ',.1'))

print(format(',.1f', number))

print(format(number, ',.1f'))

print(format(',.1', number))

x = 99999

17 = x

a = 17

x = '17'

%

\\

+

**

31

11

1

21

binary

decision

unconditional

Boolean

37 1

18 37

2 3

1 18

logical

conditional

relational

ternary

The colon is missing at the end of the if statements.

The number of books is obtained incorrectly because of the int before the input function.

The wrong type of quotes were used when printing text. Single quotes is used for strings in Python. For example, it should be print('Points Awarded:', points).

No syntax error is found in the code segment.

All the conditional statements except the first one should be elif statements, not if statements.

The incorrect relational operators were used in all four conditions. The relational operator used should have been <=, not >=.

Logical operators should have been used for the last three conditions to check for the two numbers needed. Not doing so causes the points to be awarded incorrectly.

No logic error is found when the code segment is executed.

if-else statement

if-elif statement

if statement

sequence

if-else statement

if-elif statement

if statement

sequence

Ternary

Relational

Conditional

Logical

max < n < min

max > n and n > min

max > n > min

max > n or n > min

A while loop iterates over a sequence of data while a for loop iterates if a test expression (condition) is True.

A while loop iterates if a test expression (condition) is True while a for loop iterates over a sequence of data

A while loop has a variable that gets updated after every iteration and a for loop does not

A for loop has a variable tha gets updated after every iteration and a while loop does not.

All exist in Python

while loop

do-while loop

for loop

Boolean

condition

decision

count

Boolean

condition

decision

count

indeterminate

infinite

timeless

interminable

range(4,80)

range(80,4)

range(4,80,4)

range(4,81,4)

None of the range function calls provided creates the desired sequence.

Every statement is missing a semicolon at the end. Python requires a semicolon at the end of each individual statement.

The incorrect operator was used when calculating the result. It should be *=not=*.

The wrong type of quotes were used when working with string literals. Double quotes are used for strings in Python. For example, it should be input("Enter number: ").

No syntax error is found in the code segment.

The range function should start at 1, not 0. Thus, the code should be range(1, power).

The for loop was defined incorrectly. It should use of and not in. The code should be for p of range(power).

The calculation for the variable result uses the wrong variable. It should use p and not num. The statement should be result *= p.

No logic error is found in the code segment

For the condition of the while loop, the logical operator or should have been used and not and

The relational operators used are incorrect. They should be = and not ==.

Line 6 should not be indented. This causes it to print something repeatedly when it is not supposed to.

No logic error is found when the code segment is executed.

The wrong type of quotes were used when working with string literals. Single quotes are used for strings in Python

The colon is missing at the end of the while loop statement

The variables num1 and num2 should not be converted to int since the function input does that automatically.

No syntax error is found when the code segment is executed.

1st line in function - def name_fun(parameters):

A special local variable that receives a copy of values given to a function - def n(x,y):

Exits the function and may return a value - return value_exp

Executes the function - name_fun(arguments)

Actual values given to a function when its called - n(x,y)

1st line in function - def name_fun(parameters):

A special local variable that receives a copy of values given to a function - def n(x,y):

Exits the function and may return a value - return value_exp

Executes the function - name_fun(arguments)

Actual values given to a function when its called - n(x,y)

1st line in function - def name_fun(parameters):

A special local variable that receives a copy of values given to a function - def n(x,y):

Exits the function and may return a value - return value_exp

Executes the function - name_fun(arguments)

Actual values given to a function when its called - n(x,y)

1st line in function - def name_fun(parameters):

A special local variable that receives a copy of values given to a function - def n(x,y):

Exits the function and may return a value - return value_exp

Executes the function - name_fun(arguments)

Actual values given to a function when its called - n(x,y)

1st line in function - def name_fun(parameters):

A special local variable that receives a copy of values given to a function - def n(x,y):

Exits the function and may return a value - return value_exp

Executes the function - name_fun(arguments)

Actual values given to a function when its called - n(x,y)

Another python file that just contains function definitions

A special local variable that receives a copy of values given to a function - def n(x,y):

Exits the function and may return a value - return value_exp

Executes the function - name_fun(arguments)

Actual values given to a function when its called - n(x,y)

Another python file that just contains function definitions

module that contains math functions

Exits the function and may return a value - return value_exp

Executes the function - name_fun(arguments)

Actual values given to a function when its called - n(x,y)

Another python file that just contains function definitions

module that contains math functions

module that contains functions for randomization

Executes the function - name_fun(arguments)

Actual values given to a function when its called - n(x,y)

file = open("name","mode") #1

...... #2 -> process file

file.close() #3

'r' - read only

'w' - write only

'a' - append only

Only use the with 'w' and 'a' mode.

Reads everything into one string

Reads one line including '\n'

file = open("name","mode") #1

...... #2 -> process file

file.close() #3

'r' - read only

'w' - write only

'a' - append only

Only use the with 'w' and 'a' mode.

Reads everything into one string

Reads one line including '\n'

file = open("name","mode") #1

...... #2 -> process file

file.close() #3

'r' - read only

'w' - write only

'a' - append only

Only use the with 'w' and 'a' mode.

Reads everything into one string

Reads one line including '\n'

file = open("name","mode") #1

...... #2 -> process file

file.close() #3

'r' - read only

'w' - write only

'a' - append only

Only use the with 'w' and 'a' mode.

Reads everything into one string

Reads one line including '\n'

file = open("name","mode") #1

...... #2 -> process file

file.close() #3

'r' - read only

'w' - write only

'a' - append only

Only use the with 'w' and 'a' mode.

Reads everything into one string

Reads one line including '\n'

a structure to handle specific errors known as exceptions

'r' - read only

'w' - write only

'a' - append only

Only use the with 'w' and 'a' mode.

Reads everything into one string

Reads one line including '\n'

a structure to handle specific errors known as exceptions

Value Error, NameError, TypeError, ZeroDivisionError

Only use the with 'w' and 'a' mode.

Reads everything into one string

Reads one line including '\n'

An object that contains multiple values, enclosed in brackets []

The asterisk with sequence operand repeats that sequence x times

Return a portion or size of the list with only specialized elements

Determines if an item is in a sequence

An object that contains multiple values, enclosed in brackets []

The asterisk with sequence operand repeats that sequence x times

Return a portion or size of the list with only specialized elements

Determines if an item is in a sequence

An object that contains multiple values, enclosed in brackets []

The asterisk with sequence operand repeats that sequence x times

Return a portion or size of the list with only specialized elements

Determines if an item is in a sequence

An object that contains multiple values, enclosed in brackets []

The asterisk with sequence operand repeats that sequence x times

Return a portion or size of the list with only specialized elements

Determines if an item is in a sequence

Adds item to the end of list

Return index of 1st occurrence of value item

Insert item at specified index, shifting other elements to the right

Sort items in ascending order

Remove 1st occurrence of value item

Adds item to the end of list

Return index of 1st occurrence of value item

Insert item at specified index, shifting other elements to the right

Sort items in ascending order

Remove 1st occurrence of value item

Adds item to the end of list

Return index of 1st occurrence of value item

Insert item at specified index, shifting other elements to the right

Sort items in ascending order

Remove 1st occurrence of value item

Adds item to the end of list

Return index of 1st occurrence of value item

Insert item at specified index, shifting other elements to the right

Sort items in ascending order

Remove 1st occurrence of value item

Adds item to the end of list

Return index of 1st occurrence of value item

Insert item at specified index, shifting other elements to the right

Sort items in ascending order

Remove 1st occurrence of value item

Reverse the current order of elements

Return index of 1st occurrence of value item

Insert item at specified index, shifting other elements to the right

Sort items in ascending order

Remove 1st occurrence of value item

Returns length of sequence (number of elements)

Returns minimum value in sequence

Returns maximum value in sequence

Deletes an element in the list based on given index

Returns length of sequence (number of elements)

Returns minimum value in sequence

Returns maximum value in sequence

Deletes an element in the list based on given index

Returns length of sequence (number of elements)

Returns minimum value in sequence

Returns maximum value in sequence

Deletes an element in the list based on given index

Returns length of sequence (number of elements)

Returns minimum value in sequence

Returns maximum value in sequence

Deletes an element in the list based on given index

The * operator is used for multiplication between two values only, not with lists.

The print function cannot print a list since it is multiple values.

The list function only accepts sequences, not an int like 0.

No error is found in the code segment.

pro

prob

lem

blem

if numbers[c] not in no_rep:

if c not in no_rep:

if numbers.get(c) not in no_rep:

if numbers.c not in no_rep:

block

parameter

function

expression

Body

Introduction

Initialization

Header

Define

Call

Import

Export

Argument

Parameter

Header

Packet

Argument

Parameter

Header

Packet

Local variable

Hidden variable

Function-wide variable

Global variable

Local variable

Universal Variable

Program-wide variable

Global variable

end

send

exit

return

1 3.4

0 0

1 3.4

1 3.4

0 0

0 0

1 3. 4

1 3. 4

1 3. 4

0 0

0 0

0 0

def ten_times(n):

print(n*10)

def ten_times(n):

for i in range(10):

print(n)

def ten_times(n):

for i in range(10+1):

print(n)

def ten_times(n):

print(n ** 10)

my_function(2,4,6)

my_function(6,4,2)

my_function(4,2,6)

my_function(4,6,2)