i’m failing this class and i’m stuck on this one, this is the code from the last lesson:

def GPAcalc(grade, weighted):
grade = grade.lower()
dictionary = {"a":4, "b":3, "c":2, "d":1, "f":0}
if weighted == 1 and grade in dictionary:
return "Your GPA score is: " + str(dictionary[grade] + 1)
elif weighted == 0 and grade in dictionary:
return "Your GPA score is: " + str(dictionary[grade])
else:
return"Invalid"

print(GPAcalc(input("Enter your Letter Grade: "), int(input("Is it weighted? (1 = yes, 0 = no) "))))

Answer:

3.) Technology

Explanation:

Technology is pretty epic, my dude.

Answer: c

Explanation:I done this before;DDD

Answer:

Its A

Explanation:

Sorry the other guy is wrong

Answer:

translation is used for interpretation

Answer:

x = int(input("What grade are you in? "))

if (x == 9):

   print("Freshman")

elif (x == 10):

   print("Sophomore")

elif (x == 11):

   print("Junior")

elif (x == 12):

   print("Senior")

else:

   print("Not in High School")

Explanation:

Hope this helps lovely :)

Answer:

sequence chart

Explanation:

Answer:

a sequence chart

Explanation:

i took the test

Answer:

True

Explanation:

Beacuse security is s

Answer:

Following are the solution to this question:

Explanation:

Soft skills are best developed for irrespective of the occupation technical skills is a common skill, which everyone requires to master to work together and carry mostly on work successfully. A technically gifted individual needs soft skills to work with each other to the concept of work, to resolve issues, etc. The different soft training programs for different roles and decades of expertise are offered. therefore Professors propose learning in soft skills as well as an MBA degree.

Answer:

Third law

Explanation:

Third law allows the spacecraft to lift off.

Answer:

The laser is an outgrowth of a suggestion made by Albert Einstein in 1916 that under the proper circumstances atoms could release excess energy as light—either spontaneously or when stimulated by light.

Explanation:

The laser is an outgrowth of a suggestion made by Albert Einstein in 1916 that under the proper circumstances atoms could release excess energy as light—either spontaneously or when stimulated by light. German physicist Rudolf Walther Ladenburg first observed stimulated emission in 1928, although at the time it seemed to have no practical use.

In 1951 Charles H. Townes, then at Columbia University in New York City, thought of a way to generate stimulated emission at microwave frequencies. At the end of 1953, he demonstrated a working device that focused “excited” (see below Energy levels and stimulated emissions) ammonia molecules in a resonant microwave cavity, where they emitted a pure microwave frequency. Townes named the device a maser, for “microwave amplification by the stimulated emission of radiation.” Aleksandr Mikhaylovich Prokhorov and Nikolay Gennadiyevich Basov of the P.N. Lebedev Physical Institute in Moscow independently described the theory of maser operation. For their work all three shared the 1964 Nobel Prize for Physics.

An intense burst of maser research followed in the mid-1950s, but masers found only a limited range of applications as low-noise microwave amplifiers and atomic clocks. In 1957 Townes proposed to his brother-in-law and former postdoctoral student at Columbia University, Arthur L. Schawlow (then at Bell Laboratories), that they try to extend maser action to the much shorter wavelengths of infrared or visible light. Townes also had discussions with a graduate student at Columbia University, Gordon Gould, who quickly developed his own laser ideas. Townes and Schawlow published their ideas for an “optical maser” in a seminal paper in the December 15, 1958, issue of Physical Review. Meanwhile, Gould coined the word laser and wrote a patent application. Whether Townes or Gould should be credited as the “inventor” of the laser thus became a matter of intense debate and led to years of litigation. Eventually, Gould received a series of four patents starting in 1977 that earned him millions of dollars in royalties.

The Townes-Schawlow proposal led several groups to try building a laser. The Gould proposal became the basis of a classified military contract. Success came first to Theodore H. Maiman, who took a different approach at Hughes Research Laboratories in Malibu, California. He fired bright pulses from a photographer’s flash lamp to excite chromium atoms in a crystal of synthetic ruby, a material he chose because he had studied carefully how it absorbed and emitted light and calculated that it should work as a laser. On May 16, 1960, he produced red pulses from a ruby rod about the size of a fingertip. In December 1960 Ali Javan, William Bennett, Jr., and Donald Herriott at Bell Labs built the first gas laser, which generated a continuous infrared beam from a mixture of helium and neon. In 1962 Robert N. Hall and coworkers at the General Electric Research and Development Center in Schenectady, New York, made the first semiconductor laser.

While lasers quickly caught the public imagination, perhaps for their similarity to the “heat rays” of science fiction, practical applications took years to develop. A young physicist named Irnee D’Haenens, while working with Maiman on the ruby laser, joked that the device was “a solution looking for a problem,” and the line lingered in the laser community for many years. Townes and Schawlow had expected laser beams to be used in basic research and to send signals through air or space. Gould envisioned more powerful beams capable of cutting and drilling many materials. A key early success came in late 1963 when two researchers at the University of Michigan, Emmett Leith and Juris Upatnieks, used lasers to make the first three-dimensional holograms (see holography).

Helium-neon lasers were the first lasers with broad commercial applications. Because they could be adjusted to generate a visible red beam instead of an infrared beam, they found immediate use projecting straight lines for alignment, surveying, construction, and irrigation. Soon eye surgeons were using pulses from ruby lasers to weld detached retinas back in place without cutting into the eye. The first large-scale application for lasers was the laser scanner for automated checkout in supermarkets, which was developed in the mid-1970s and became common a few years later. Compact disc audio players and laser printers for personal computers soon followed.

Answer:

convert the MP4 format file to the OGG format file                  

Explanation:        

An OGG file is a compressed audio file of Ogg Vorbis that is used for holding audio data. It is a free and an open container file format which is maintained by Xiph.Org Foundation. OGG format file can multiplex independent streams of video, text, audio and meta data.

The OGG file has better sound quality and characteristics than a MP3 or MP4 files. The MP4 file format can be converted into OGG format file if the files are saved in different formats in the computer which can play only OGG format.

Answer:

u asking or saying ? ?????

Answer:

you have to try making them understand how important is your phone

Answer:

cherry

van

red

George

gold

Answer:

You choose your search engine then you click the search bar and type what you want to know enter it and then click a website to visit

Explanation:

Answer:

The first computer with a GUI were linux, microsoft and apple.

Explanation:

I think this is right. Hope it helped <3

Answer:

I think it's "Mac"

Explanation:

Sorry if it was wrong

Answer:

Scope.

Explanation:

In programming, the scope could be static, private or public and in those, defines the scope of a specific variable.

Ex.

public int x = 0; // Can be seen when called within a whole class and outside of a class/ function.

private int y = 0; // Can be seen only within the class its defined in.

static pub/priv int z = 0; // Uncangeable variable that can be defined in both class and external class, depending on the two prior scopes defined after.

int aa = 0; // Defaults to private.

Answer:

the answer is scope, for me it's D but they tend to change.

Explanation:

Answer:

#include<iostream>

using namespace std;

int main()

{

   int a,b,c;

   cout<<"enter the value of a:";

   cin>>a;

   cout<<"enter the value of b:";

   cin>>b;

   cout<<"enter the value of c:";

   cin>>c;

   cout<<"product is:"<<(a*b*c);

   return 0;

}

Explanation:

The following codes have been written using Python.

x = int(input("Enter a number: "))

y = int(input("Enter a number: "))

z = int(input("Enter a number: "))

p = x*y*z

print(p, "is the product of", x, y, "and", str(z)+ ".")

Hope it helps. :)

Answer:

4

Explanation:

Answer: 11010100

here ya go :)

Answer:

umm the first one I think..? lol

Answer:

both of them are my fav

Explanation:

Answer:

A.

Explanation:

Answer D seems too simplistic, and the question specifically mentions IT practices.

Question B doesn't seem right - college and high school students would likely be able to understand the principles as much.

Question C wouldn't be a good argument for a school board, and there's not a lot of evidence that backs it up.

Therefore, A seems to be the best choice here.

Hope this helps!

Answer:

Optimisation Problem

Explanation:

Optimisation Problem is a mathematical economics, computer science problem - which finds the best solution from all feasible solutions (based on constraints & other aspects).

The problem might be in form of maximisation or minimisation. The bus system designing is based on minimizing walking distance. Thus is an optimisation problem.

The term which best defines this kind of problem is: A. An optimization problem.

A problem can be defined as an issue or challenge encountered by an individual, which typically requires a solution.

Basically, a problem is considered to either be simple or complex, depending on the individual, parameters, and factors that are involved.

Generally, there are four (4) main kinds of problem and these include:

An optimization problem determines the best solution to a problem, from a list of feasible solutions.

Hence, an optimization problem can be used to pick a collection of locations that are likely to minimize the distance anyone needs to walk, so as to get to at least one bus stop.

Read more: https://brainly.com/question/22828534

Explanation:

save as because if u want to save the bame of it press save as to save it as what u want

Answer:

save as

Explanation:

if you're gonna save it over writing a different one save as is the answer

Answer:

A

Explanation:

Things such as watches and clothes are common items which technology is incorporated to. This includes things implanted in the body. These are all wearble technologies.

def min(x,y):

   smallest = x

   if y < smallest:

       smallest = y

   return smallest

x = min(2,1)

print("The min is "+str(x))

Although I wouldn't recommend using the name min for a function because min is the name of an existing function. Best of luck.

The function is an illustration of conditional statements.

Conditional statements are statements whose execution depends on their truth values.

The function in Python, where comments are used to explain each line is as follows:

#This defines the function

def min(num1,num2):

#This initializes minVal

  minVal = num2

#If num1 is less than num2, then

  if num1 < num2:

#minVal equals num1

      minVal = num1

#This returns the smaller value

  return minVal

At the end of the program, the smaller value is returned to the main

Read more about similar programs at:

https://brainly.com/question/6973180

Answer:

Locate his file and click twice on it.

Answer:

designer

Explanation:i took it and got it right

Answer:

Following are the declaration to this question:

double examBonus[] = new double[170]; // declaring the double array examBonus that holds 170 size value  

int x1;//defining an integer variable x1

for (x1=0;x1<170;x1++)//defining a for loop that initialize value in array

{

examBonus[x1] = 5.5;//assign value in array

}

Explanation:

In the above-given java program code, a double type array "examBonus" is declared, that holds a given size value, which is already defined in the question.

In the next step, an integer variable "x1" is defined which is used in the for loop that starts from 0 and ends when its value less than 170, and it assigns the value "5.5" in the above-given array.

Answer:

B, D, E

Explanation:

The public Internet is largest WAN in the world.

A LAN (Local Area Network) typically uses Ethernet and Wireless Routers to connect devices.

A single business would not usually manage a WAN because this would create a monopoly, which is why competition is intentionally created between Internet Service Providers (ISPs), though sometimes a single business could manage a WAN via MPLS, etc.

Answer:

- connects devices in a large geographic area

- may be controlled by multiple entities

- connections usually occur through a public network

Explanation:

A wide area network (WAN) connects devices across a broader area like a city. It can provide connections across multiple countries. A wide area network may be managed and controlled by multiple entities. LANs connect to WANs to create a network of networks. The internet is considered the largest WAN.

(Confirmed on EDGE)

I hope this helped!

Good luck <3

Answer:

Everyday life

Explanation:

Television

office work (computers )

Music

video games

ware house work uses technology

work from home jobs use technology

cellular towers

Answer:

TRUE

Explanation:

Answer:

TRUE i think

Explanation: For example, an automobile manufacturer makes several B2B transactions such as buying tires, glass for windscreens, and rubber hoses for its vehicles. The final transaction, a finished vehicle sold to the consumer, is a single B2C transaction.