In C++

Make a limit considered QuadraticFormula that takes in a,b, and c and does the quadratic condition. It ought to at first watch that b2-4ac isn't negative; if it is, end the program. In case it isn't, respect the solace the two courses of action.

Program isn't run; bungle found in print(row)

# Import the python CSV module

import csv

# Create a python report object in read mode for the 'baby_names.csv' record: csvfile

csvfile = open('baby_names.csv', 'r')

# Loop over a DictReader on the report

for line in csv.DictReaderreader(csvfile):

# Print each line

print(row)

# Add the position and name to the word reference: baby_names

baby_names[row['RANK']] = row['NAME']

- B- -

# Print the word reference

print(baby_names.keys())

Make two cin enunciations to get input regards into birthMonth and birthYear. By then form a declaration to yield the month, a scramble, and the year. End with newline.

The program will be attempted with inputs 1 2000, and thereafter with inputs 5 1950. Ex: If the information is 1 2000, the yield is:

1-2000.

This is the declaration I have:

int standard() {

int birthMonth;

int birthYear;

cin >> birthMonth;

cin >> birthYear;

cout << birthMonth; << "- "

cout << birthYear;

cout << endl;

In the event that it's not all that much difficulty, help me with this issue.

I'm having issues with C++ considering the way that this code doesn't work:

int crucial() {

int userNum;

userNum = 5;

cout << "Predicting is troublesome." << endl;

cout << "Particularly of what might be on the horizon." << endl;

cout << "Customer num is:" << userNum << endl;

/* Your answer goes here */

bring 0 back;

Sympathetically train me with this line of code.

Subject: Computer Organization I

1.

a) what number milliseconds (ms) are in 1 second?

b) what number microseconds (s) are in 1 second?

c) what number nanoseconds (ns) are in 1 millisecond?

d) what number microseconds are in 1 millisecond?

e) what number nanoseconds are in 1 microsecond?

f) what number kilobytes (KB) are in 1 gigabyte (GB)?

g) what number kilobytes are in 1 megabyte (MB)?

h) what number megabytes are in 1 gigabyte?

I) what number bytes are in 20 megabytes?

j) what number kilobytes are in 2 gigabytes?

2. Immediately explain two accomplishments all through the whole presence of enlisting.

3. In the von Neumann model, explain the inspiration driving the:

a) taking care of unit

b) program counter