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2 years ago

A time-saving strategy that helps define unfamiliar words involves using

Computers and Technology

2 answers:

yuradex [85]2 years ago

6 0

The correct answer is A. Familiar words for clues

Explanation:

Finding unfamiliar words is common while reading, especially in texts that belong to a specific field such as medicine, technology, etc. This can be handled through multiple strategies such as using a dictionary, guessing the meaning of the word based on its parts, and using context clues.

In this context, one of the easiest and most time-saving strategy is the use of context clues that implies using the familiar words as clues to guess the meaning of an unfamiliar word. This is effective because in most cases the meaning of an unknown word can be determined using the context of the word or words around the unknown word. Also, this strategy takes little time because you only need to analyze the sentence or paragraph where the unknown word is. Thus, the time-saving strategy to define unfamiliar words involves using familiar words for clues.

dedylja [7]2 years ago

4 0

A. Familiar words for clues

got it right on unit test

edge 2020

Explanati

rate and hit that like button

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Write a function so that the main() code below can be replaced by the simpler code that calls function MphAndMinutesToMiles(). O

babymother [125]

Answer:

The program to this question can be given as:

Program:

#include <iostream> //header file

using namespace std; //using namespace

double MphAndMinutesToMiles(double milesPerHour, double minutesTraveled) //defining method

{

return (minutesTraveled/ 60.0)*milesPerHour; //return value.

}

int main() //defining main method

{

double milesPerHour,minutesTraveled; //define variable

cout<<"Enter miles per hour :";

cin >> milesPerHour;

cout<<"Enter travelling minutes :";

cin >> minutesTraveled;

cout << "Miles: "<< MphAndMinutesToMiles(milesPerHour, minutesTraveled)<< endl;

return 0;

}

Output:

Enter miles per hour :12

Enter travelling minutes :20

Miles: 4

Explanation:

The explanation of the above C++ program can be given as:

In the first header file is include the function is define that is "MphAndMinutesToMiles". This function accepts two parameters that are "milesPerHour and minutesTraveled".
Both parameter datatype is double and the function return type is also double. Inside a function calculate miles and return its value.
In the main method, two variable defines that takes value from the user side and pass into the function. To print function return value we use "cout" function that prints function return value.

6 0

2 years ago

Printers produce _____ output. Displays produce _____ output. A _____ is an audio output device that converts text to speech. Ma

sesenic [268]

Answer:

"Hard copy", "Soft copy", "voice synthesizer", "flat panel", "projector".

Explanation:

The above-defined words will fill the above blanks. Then the above sentence above below meanings:-
The hard copy is ab printed form of soft copy which is generated by the printer device.
The soft copy is displayed on the monitor screen.
The voice synthesizer is used to convert the text onto a speech.
The flat-panel device has a low volume and weight. There is much display which is in this type.
The projector is used to display on the wall.

8 0

2 years ago

Ethan is a systems developer. He is working on a system where he will implement independent solutions for different processes. W

Igoryamba

The correct answer for this question is this one: " c.huge initial investment"
Ethan is a systems developer. He is working on a system where he will implement independent solutions for different processes. The possible drawback of using such a system is that huge initial investment

Hope this helps answer your question and have a nice day ahead.

8 0

2 years ago

What is the name of the item that supplies the exact or near exact voltage at the required wattage to all of the circuitry insid

gizmo_the_mogwai [7]

Answer:

It's the power supply

Explanation:

The power supply is what essentially enables the computer to operate. It is able to do that by converting the incoming alternating current (AC) to direct current (DC) at the correct wattage rating that is required by the computer to function. The power supply is a metal box that is generally placed in the corner of the case.

4 0

2 years ago

Consider a short, 10-meter link, over which a sender can transmit at a rate of 150 bits/sec in both directions. Suppose that pac

Katarina [22]

Answer:

The Tp value 0.03 micro seconds as calculated in the explanation below is negligible. This would lead to a similar value of time delay for both persistent HTTP and non-persistent HTTP.

Thus, persistent HTTP is not faster than non-persistent HTTP with parallel downloads.

Explanation:

Given details are below:

Length of the link = 10 meters

Bandwidth = 150 bits/sec

Size of a data packet = 100,000 bits

Size of a control packet = 200 bits

Size of the downloaded object = 100Kbits

No. of referenced objects = 10

Ler Tp to be the propagation delay between the client and the server, dp be the propagation delay and dt be the transmission delay.

The formula below is used to calculate the total time delay for sending and receiving packets :

d = dp (propagation delay) + dt (transmission delay)

For Parallel downloads through parallel instances of non-persistent HTTP :

Bandwidth = 150 bits/sec

No. of referenced objects = 10

For each parallel download, the bandwith = 150/10

= 15 bits/sec

10 independent connections are established, during parallel downloads, and the objects are downloaded simultaneously on these networks. First, a request for the object was sent by a client . Then, the request was processed by the server and once the connection is set, the server sends the object in response.

Therefore, for parallel downloads, the total time required is calculated as:

(200/150 + Tp + 200/150 + Tp + 200/150 + Tp + 100,000/150 + Tp) + (200/15 + Tp + 200/15 + Tp + 200/150 + Tp + 100,000/15 + Tp)

= ((200+200+200+100,00)/150 + 4Tp) + ((200+200+200+100,00)/15 + 4Tp)

= ((100,600)/150 + 4Tp) + ((100,600)/15 + 4Tp)

= (670 + 4Tp) + (6706 + 4Tp)

= 7377 + 8 Tp seconds

Thus, parallel instances of non-persistent HTTP makes sense in this case.

Let the speed of propogation of the medium be 300*106 m/sec.

Then, Tp = 10/(300*106)

= 0.03 micro seconds

The Tp value 0.03 micro seconds as calculated above is negligible. This would lead to a similar value of time delay for both persistent HTTP and non-persistent HTTP. Thus, persistent HTTP is not faster than non-persistent HTTP with parallel downloads.

4 0

2 years ago