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3 years ago

Please help can’t get a bad grade!

Computers and Technology

1 answer:

SOVA2 [1]3 years ago

5 0

Answer:

Algorithms are a process or set of rules to be followed in calculations or other problem-solving operations, especially by a computer.

Pseudo code is an informal description of an algorithm or how a program will function.

a. An example of an algorithm using coding terminology would be a function to find the largest or smallest number in a user-defined array.

b. A function that could include an algorithm would be a function that compares input.

c. Pseudo code could be used to outline a part of a program that has to carry out a specific function.

I hope that helped! If you have any questions I am glad to help.

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PLS HELP WITH MY PYTHON HW ILL GIVE YOU BRAINLIEST

Nezavi [6.7K]

Answer:

class Cat:

isHungry = None

play = Cat().isHungry = True

eat = Cat().isHungry = False

if play:

print("I am hungry, I cannot play")

else:

play = Cat().isHungry = False

if eat:

print("I am full, I cannot eat")

else:

eat = Cat().isHungry = True

Explanation:

Just simple if and else statements.

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3 years ago

Write a method named quarterstodollars. the method should accept an int argument that is a number of quarters, and return the eq

enyata [817]

public static void quarterstodollars(String[] args) { Scanner input = new Scanner(System.in); System.out.println("Enter number of Quarters:");
System.out.print("Quarters:"); int Q1 = input.nextInt();
DecimalFormat fmt = new DecimalFormat("$#,###.##"); System.out.println("Total:"+fmt.format(calctotal(Q1)));}public static double calctotal(int Q1) { double total; total=(0.25 * Q1); return (total);}

Hope this helps!

7 0

4 years ago

Read 2 more answers

What IEEE 802.11 wireless standard supports devices only in the 5GHz range with speeds up to 4.9Gb/s because of accepting data f

yKpoI14uk [10]

The answer is 802.11ac

802.11ac is a type if IEEE 802.11 wireless standards that supports Multiple Input, Multiple Output antennas on sending and receiving data. This type of wireless connection supports 2.4GHz signal or frequency and data speed transfer up to 4.9Gbps. Each device or antenna can run up to 400Mbps each and the maximum device it can handle is up to 8 antennas.

8 0

3 years ago

Create a single list that contains the following collection of data in the order provided:

ivann1987 [24]

Answer:

A code was created to single list that contains the following collection of data in the order provided

Explanation:

Solution

#list that stores employee numbers

employeee_numbers=[1121,1122,1127,1132,1137,1138,1152,1157]

#list that stores employee names

employee_name=["Jackie Grainger","Jignesh Thrakkar","Dion Green","Jacob Gerber","Sarah Sanderson","Brandon Heck","David Toma","Charles King"]

#list that stores wages per hour employee

hourly_rate=[22.22,25.25,28.75,24.32,23.45,25.84,22.65,23.75]

#list that stores salary employee

company_raises=[]

max_value=0

#list used to store total_hourly_rate

total_hourly_rate=[]

underpaid_salaries=[]

#loop used to musltiply values in hourly_wages with 1.3

#and store in new list called total_hourly_rate

#len() is used to get length of list

for i in range(0,len(hourly_rate)):

#append value to the list total_hourly_rate

total_hourly_rate.append(hourly_rate[i]*1.3)

for i in range(0,len(total_hourly_rate)):

#finds the maximum value

if(total_hourly_rate[i]>max_value):

max_value=total_hourly_rate[i] #stores the maximum value

if(max_value>37.30):

print("\nSomeone's salary may be a budget concern.\n")

for i in range(0,len(total_hourly_rate)):

#check anyone's total_hourly_rate is between 28.15 and 30.65

if(total_hourly_rate[i]>=28.15 and total_hourly_rate[i]<=28.15):

underpaid_salaries.append(total_hourly_rate[i])

for i in range(0,len(hourly_rate)):

#check anyone's hourly_rate is between 22 and 24

if(hourly_rate[i]>22 and hourly_rate[i]<24):

#adding 5%

hourly_rate[i]+=((hourly_rate[i]/100)*5)

elif(hourly_rate[i]>24 and hourly_rate[i]<26):

#adding 4%

hourly_rate[i]+=((hourly_rate[i]/100)*4)

elif(hourly_rate[i]>26 and hourly_rate[i]<28):

#adding 3%

hourly_rate[i]+=((hourly_rate[i]/100)*3)

else:

#adding 2% for all other salaries

hourly_rate[i]+=((hourly_rate[i]/100)*2)

#adding all raised value to company_raises

company_raises.extend(hourly_rate)

#The comparison in single line

for i in range(0,len(hourly_rate)):

For this exercise i used ternary

operator hourly_rate[i]= (hourly_rate[i]+((hourly_rate[i]/100)*5)) if (hourly_rate[i]>22 and hourly_rate[i]<24) else (hourly_rate[i]+((hourly_rate[i]/100)*4)) if (hourly_rate[i]>24 and hourly_rate[i]<26) else hourly_rate[i]+((hourly_rate[i]/100)*2)

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3 years ago

A device that converts analog signals into digital and vice versa for a computer to communicate over phone lines is called a ___

sweet [91]

The answer is modern

4 0

3 years ago