Question: Question 1 A data structure (aka aggregate data type) is a data type for which its values can be decomposed into individual data elements, each
Question 1
A data structure (aka aggregate data type) is a data type for which its values can be decomposed into individual data elements, each of which is either atomic or another data structure and it provides an access scheme for locating individual data elements within the data structure
| True | |
| False |
Question 2
An atomic variable (aka scalar variable) is a variable whose value cannot be further subdivided into a built-in data type.
| True | |
| False |
Question 3
In C programming, an array is a data structure used to store and process a set of values which are all of the same data type that forms a logical group.
| True | |
| False |
Question 4
In C programming, each array item is called an element or component of the array.
| True | |
| False |
Question 5
Select the correct C programming syntax to declare a float array priceList[] to store exactly 20 prices.
| a. |
priceList[20]
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| b. |
float priceList[20]
|
| c. |
float priceList[20];
|
| d. |
float array priceList[20];
|
| e. |
none of these
|
Question 6
Select the correct syntax in C programming to access the 5th element of the integer array myList[25].
| a. |
myList[25]
|
| b. |
myList[0]
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| c. |
myList[5]
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| d. |
myList[4]
|
| e. |
none of these
|
Question 7
In C programming, the value of the index being used is not automatically checked to be in range.
| True | |
| False |
Question 8
Select the correct C programming syntax for declaring and initializing an array of integers someList[] to store exactly 5 integers.
| a. |
int someList[5] = 10, 20, 30, 40, 50;
|
| b. |
int someList[5] = {10, 20, 30, 40, 50};
|
| c. |
int someList[5] = (10, 20, 30, 40, 50);
|
| d. |
int someList[10, 20, 30, 40, 50];
|
| e. |
all of the above
|
| f. |
none of the above
|
Question 9
A one-dimensional array is also called a single-dimensional array as well as a single-subscript array.
| True | |
| False |
Question 10
In C programming, the starting index value for all arrays is zero.
| True | |
| False |
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