Answer:
Teleconferencing is voice-only or audio and video communication, while video conferencing supports the conference by providing both video and voice, so you can fully see the person when you are listening to the communicator,
Teleconferencing is capable of transmitting the data during the conference, either using traditional PBX systems or VoIP, while video conferencing offers VoIP services. The formal requires less bandwidth, while the latter is highly dependent on network bandwidth.
Answer:
Before running this program, make sure you have installed pandas module for python.
pip install pandas
import pandas as pd
import numpy as np
csv_file = input("Enter CSV File Name : ")
df = pd.read_csv(csv_file)
count_row = df.shape[0]
print("There were %d Film Permits in Total." %(count_row))
borough_count = df['Borough'].value_counts()
print(borough_count)
location_count = df['ParkingHeld'].value_counts().head(5)
print(location_count)
Explanation:
A PS4 because there the most popular game out right now
The packet storm web site includes a large collection of packaged shellcode, including code that can create a reverse shell that connects back to the hacker, flush firewall rules that currently block other attacks, and set up a listening service to launch a remote shell when connected to.
Answer:
The code to calculate the area of a circle is:
from math import pi
def circleArea(radius):
if radius > 0:
return pi * (radius ** 2)
else:
return None
if __name__ == '__main__':
radius = 5
print("Radius: {} Area: {}".format(radius,circleArea(radius)))
Explanation:
A detailed explanation of each line of code is given below.
#Define the number pi used to calculate the area
from math import pi
#We define a function that calculates the area of a circle
def circleArea(radius):
#Check if the radius is valid ( radius > 0) since there aren´t negative radius
if radius > 0:
#Compute the area formula for a circle 
return pi * (radius ** 2)
else:
#Return None if the radius is invalid
return None
#Run the function we´ve defined
if __name__ == '__main__':
#Define a radius
radius = 5
#Call the function and parse the radius through it, then print the result
print("Radius: {} Area: {}".format(radius,circleArea(radius)))
