How much weight does a headgear need to carry

What do you use for soaking hands and holding soapy water

sertanlavr [38]

Answer

???

Explanation:

Was this a school question?

5 0

3 years ago

Read 2 more answers

Here is the problem specification: An Internet service provider has three different subscription packages for its customers: Pac

Andrej [43]

Answer:

In C++:

#include <iostream>

using namespace std;

int main(){

int hour; char pkg; float bill = 0;

cout<<"Package: "; cin>>pkg;

cout<<"Hour: "; cin>>hour;

if(hour<=744 && hour >=0){

switch (pkg) {

case 'A':

bill = hour * 9.95;

if(hour >10){bill = 10 * 9.95 + (hour - 10) * 2;}

break;

case 'B':

bill = hour * 14.5;

if(hour >10){bill = 20 * 14.5 + (hour - 20) * 1;}

break;

case 'C':

bill = 19.95;

break;

default:

cout << "Package must be A, B or C";}

cout<<"Total Bills: $"<<bill; }

else{ cout<<"Hour must be 0 - 744"; }

return 0;

}

Explanation:

This declares all variables: int hour; char pkg; float bill=0;

This prompts the user for package type: cout<<"Package: "; cin>>pkg;

This prompts the user for number of hours: cout<<"Hour: "; cin>>hour;

This checks if hour is between 0 and 744 (inclusive)

if(hour<=744 && hour >=0){

If true, the following is executed

A switch statement to check valid input for package

switch (pkg) {

For 'A' package

case 'A':

Calculate the bill

bill = hour * 9.95;

if(hour >10){bill = 10 * 9.95 + (hour - 10) * 2;}

End of A package: break;

For 'B' package

case 'B':

Calculate the bill

bill = hour * 14.5;

if(hour >10){bill = 20 * 14.5 + (hour - 20) * 1;}

End of B package: break;

For C package

case 'C':

Calculate bill: bill = 19.95;

End of C package: break;

If package is not A, or B or C

default:

Prompt the user for valid package cout << "Package must be A, B or C";}

Print total bills: cout<<"Total Bills: $"<<bill; }

If hour is not 0 to 744: else{ cout<<"Hour must be 0 - 744"; }

6 0

3 years ago

Every time attribute A appears, it is matched with the same value of attribute B, but not the same value of attribute C. Therefo

Olegator [25]

Answer:

A,B

Explanation:

It is A,B because therefore it is true A,B if attribute A determines both attribute B and C, A,B if attribute A and B determine attribute C, A,B is a composite determinant.

4 0

3 years ago

OSHA standards appear in the ___________ and are then broken down into ____________.

Alisiya [41]

OSHA standards appear in the Code of Federal Regulations (CFR) and was then broken down into two parts. It contains standards to ensure a

4 0

3 years ago

#We've started a recursive function below called #measure_string that should take in one string parameter, #myStr, and returns i

Roman55 [17]

Answer:

Here is the Python program:

def measure_string(myStr): #function that takes a string as parameter

if myStr == '': #if the string is empty (base case)

return 0 #return 0

else: #if string is not empty

return 1 + measure_string(myStr[0:-1]) #calls function recursively to find the length of the string (recursive case)

#in order to check the working of the above function the following statement is used

print(measure_string("13 characters")) #calls function and passes the string to it and print the output on the screen

Explanation:

The function works as following:

Suppose the string is 13 characters

myStr = "13 characters"

if myStr == '': this is the base case and this does not evaluate to true because myStr is not empty. This is basically the alternate of

if len(myStr) == 0: but we are not supposed to use len function here so we use if myStr == '' instead.

So the program control moves to the else part

return 1 + measure_string(myStr[0:-1]) this statement is a recursive call to the function measure_string.

myStr[0:-1] in the statement is a slice list that starts from the first character of the myStr string (at 0 index) to the last character of the string (-1 index)

This statement can also be written as:

return 1 + measure_string(myStr[1:])

or

return 1 + measure_string(myStr[:-1]) This statement start from 1st character and ends at last character

This statement keeps calling measure_string until the myStr is empty. The method gets each character using a slice and maintains a count by adding 1 each time this statement is returned.The function breaks string into its first character [0:] and all the rest characters [:-1]. and recursively counts the number of character occurrences and add 1. So there are 13 characters in the example string. So the output is:

13

6 0

3 years ago