Which of the following is NOT one of the responsibilities of the Federal Reserve?

3.18: Pizza Pi Joe’s Pizza Palace needs a program to calculate the number of slices a pizza of any size can be divided into. The

alina1380 [7]

Answer:

#program in python.

#variables

slice_area=14.125

pi=3.14159

#read diameter

d=int(input("Enter diameter of pizza:"))

#area of pizza

area=pi*(d/2)*(d/2)

#number of slice

no_slice=int(area/slice_area)

#print slice

print("total silce are:",no_slice)

Explanation:

Declare and initialize a variable "slice_area" with 14.125 which is the area of a pizza slice.Initialize a variable "pi" with 3.14159.Then read the diameter of pizza.Find the area of pizza as "area=pi *d/2*d/2".Divide the total area with area of pizza slice.This will be the number of slice.

Output:

Enter diameter of pizza:20

total silce are: 22

6 0

3 years ago

Which of these converts analog audio signals into digital codes in a computer?

DaniilM [7]

It would either be A. Audio card or D. Sound card but most likely A

6 0

2 years ago

Read 2 more answers

Assume that name is a variable of type String that has been assigned a value.Write an expression whose value is a String contain

zhuklara [117]

Answer:

#read value of name

name=input("Enter name:")

#find and ptint the last character of the string

print("last character of string is:",name[-1])

Explanation:

Read a string from user and assign it to variable "name".Find its last character as "name[-1]". Since name is character array,so name[-1] will give the last character of the array.

Output:

Enter name:Smith

last character of string is: h

6 0

3 years ago

A example of an <br> "ITERATIVE STATMENT"

timama [110]

Answer:

for(let i = 0: i <=5; i++) {

console.log(I)

}

Explanation:

An iterative statement repeats a body of code until the condition is not true. Here we declare an integer (i) and make it 0. Then the loop checks if the second part is true (i is less than or equal to 5), and if it is true, it executes the code inside the loop body, which logs i, and finally runs the last past, which increments i by one. When the second part becomes false, the loop exits.

7 0

2 years ago

A router receives a packet and determines the outbound link for the packet. When the packet arrives, 2/3 of one other packet is

vlada-n [284]

Answer:

Queuing Delay is 0.08 seconds

Explanation:

The answer follows a formula that is relatively easy to use and is detailed below.

Queuing Delay = [(L - x) + (nL)] / R

where,

L is packet length given as 3,000 bytes

x is the currently transmitted packet given as 2/3 * 3,000 = 2,000

n is the number of packets waiting in the Que given as 5

R is the rate of transmission given as 4 Mbps (4 * 10^6 Bps)

We can simply plug in the above information in the equation for computing Queuing Delay.

Lets take the numerator first which would be [(3000 - 2000) + (5 * 3000)]

The numerator would be 16000 bytes. These are being transmitted at 4Mbps. So, 16000*4*5 = 320,000 "bits"

Queuing Delay= 320,000/4000000

Queuing Delay = 0.08 seconds.

As we can see, the formula is quite intuitive to use. You are simply taking the number of packets to be transmitting, incorporating the partially transmitted packet, multiplying by the number of packets and the rate of transmission and then dividing the product by the rate of transmission to compute what the delay in the Que is.

6 0

3 years ago