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3 years ago

the header, in an academic report, typically contains the author’s name and the current page number true or false

Computers and Technology

1 answer:

kolbaska11 [484]3 years ago

6 0

TRUE

True

In most academic reports, most specifically, an MLA academic report, Student’s last name and current page number is contained in the headers. In MLA, which is most common used formatting guide in academic reports, headers numbers all pages consecutively within the right margin.

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Here is the header for a function named computeValue:

zhuklara [117]

Answer:

B) computeValue(10);

Explanation:

Given

Header: void computeValue(int value)

Required

Determine the valid call

To call a function from another function or from the main, the following syntax has to be used.

<em>function-name(parameter-1, parameter-2, parameter-3,.....,parameter-n);</em>

<em />

In the function header given:, the following can be observed:

The function name is computeValue
It has only one parameter and it is of type integer

So, to call the function; we make use of computeValue(10);

Where 10 represents the value of the parameter (i.e. argument)

7 0

2 years ago

For each of the following application areas state whether or not the tree data structure appears to be a good fit for use as a s

Cerrena [4.2K]

Answer:

a) Chess game moves:- Tree data structure is not a good fit.

b) Public transportation paths:- Tree data structure is not a good fit.

c) Relationshi[p among computer files and folders:- Tree data structure is a good fit.

d) Genealogical information:- Tree data structure is a good fit.

e) Parts of books:- Tree data structure is a good fit.

f) Programming language history:- Tree data structure is not a good fit.

g) Mathematical expression:- Tree data structure is a good fit.

Explanation:

a) Chess game moves:- Tree data structure is not a good fit. Since in tree data structure moving backward or sharing the node is not that much easy. Presume, In chess, you have to check any box is empty or not. Here, Graph is the best fit.

b) Public transportation paths:- Tree data structure is not a good fit. whenever shortest path, routes, broadcast come always graph is a good option. Because in the tree you don't know how many time you visit that node

c) Relationshi[p among computer files and folders:- Tree data structure is a good fit. Since they have a predefined route. Go to 'c' drive. Open a particular folder and open a particular file.

d) Genealogical information:- Tree data structure is a good fit. Since genealogical information also has a predefined route. Here, the Graph is not suitable.

e) Parts of books:- Tree data structure is a good fit. Since manages the chapters and topics are not that much complex. You can see any book index which is in a very pretty format.

f) Programming language history:- Tree data structure is not a good fit. To store the history of the programming language we need some unconditional jumps that's why the tree is not suitable.

g) Mathematical expression:- Tree data structure is a good fit. The tree is suitable in some cases. We have an expression tree for postfix, prefix.

5 0

3 years ago

i have a bag of trail mix . one half of the bag is peanuts. 1/4 of the bag is chocolate candies , and 1/4 of the bag is died fru

Lelu [443]

In our bag, 1/2 is peanuts, 1/4 is chocolate and 1/4 is dried fruit.

The likelihood of drawing a chocolate therefore is 1/4.

The likelihood of drawing a peanut is 1/2 and the likelihood of drawing a dried fruit is 1/4.

Thus, D is the correct answer because the 1/4 likelihood of drawing a chocolate is less than the 1/2 chance of drawing a peanut.

8 0

3 years ago

The superclass Calculator contains: a protected double instance variable, accumulator, that contains the current value of the ca

yawa3891 [41]

Answer:

The following program are written in JAVA Programming Language.

//inherit the Calculator class

public class CalculatorWithMemory extends Calculator {

private double memory = 0.0; //initialize double type variable

public void save() { //define function

memory = accumulator;

}

public void recall() { //define function

accumulator = memory;

}

public void clearMemory() { //define function

memory = 0; //initialize the value

}

public double getMemory() {

return memory; // return the value in "memory" variable

}

Explanation:

Here, we inherit the property of the "Calculator" class.

Then, we define the private double type variable "memory" and assign value 0.0.

Then we set the function "save()" inside it we assign the value of "memory" in "accumulator" and close the function.

Then, we define the function "recall()" inside it we assign the value of "accumulator" in "memory" and close the function.

Then we set the function "clearMemory()" inside it we assign "memory" to 0.

After all, we set the double type function "getMemory()" inside we return the value of the "memory".

7 0

3 years ago

PLEASE HELP!!!!!! ASAP

NNADVOKAT [17]

Answer:

use a wizard or use a design view

Explanation:

i took the test

4 0

3 years ago

Read 2 more answers