A common chef's knife is single-beveled.<br> TRUE<br> FALSE

This assignment will give you more experience on the use of loops In this project, we are going to compute the number of times a

musickatia [10]

Answer:

import java.io.BufferedReader;

import java.io.File;

import java.io.FileReader;

import java.io.IOException;

import java.util.Scanner;

import java.util.StringTokenizer;

public class Tester {

public static void main(String[] args) throws IOException {

Scanner in=new Scanner(System.in);

System.out.println("Enter a Number =======>");

long N ;

while (!in.hasNextLong()) {

System.out.println("That's not a number!");

in.next();

}

N=in.nextLong();

System.out.println("Number Entered is =======>"+N);

System.out.println("Enter a Digit =======>");

int D;

while (!in.hasNextLong()) {

System.out.println("That's not a number!");

in.next();

}

D=in.nextInt();

System.out.println("Digit Entered is =======> "+ D);

long que=N;

int rem;

int count=0;

while(true){

long temp;

temp = (long)que/10;

rem = (int) (que % 10);

System.out.println(temp+" "+ que+" "+rem);

if(rem==D) count++;

que=temp;

if(que==0) break;

}

System.out.println("The number of "+ D+"'s in "+ N + " is "+ count );;

}

Explanation:

Divide the que variable by 10 and assign its result to the temp variable.
Calculate the remainder.
Increment the count if the remainder is equal to the value of D variable and assign the value of que to temp variable.

3 0

3 years ago

The function below takes a single string parameter: input_string. If the input contains the lowercase letter z, return the strin

Whitepunk [10]

Answer:

# string_contains function is defined with input_string

# as arguments

def string_contains(input_string):

# if-statement that check if letter z is in input_string

if 'z' in input_string:

# it print"has the letter z" if it has z

print("has the letter z")

else:

# else it print "not worthwhile"

print("not worthwhile")

# string_contains function is called

string_contains("The animal is zebra")

string_contains("learning is fun")

Explanation:

The code is written in Python and well commented.

Image of the output when the function is called is attached.

4 0

2 years ago

When you receive a vertical promotion, you are more likely to _______ than when you receive a horizontal promotion. a. Deal with

Trava [24]

Answer:

b. Gain management responsibilities

Explanation:

When you receive a vertical promotion, you are more likely to Gain management responsibilities than when you receive a horizontal promotion.

6 0

3 years ago

A pipe, 4.5 cm in diameter and 1×104 cm in length, transports superheated vapor at a rate of 1.08× 106 grams/h. The pipe, which

Artist 52 [7]

Answer:

h = 23.237 W/m2 K

Explanation:

given data:

flow rate = 1.08*10^6 gm/h = 0.3 kg/s

D = 4.5 cm = 0.045 m

L = 10^4 cm = 100 m

surface temperature = 370 K

$\Delta T = 35K$

Surface heat of vapor = 2190 J/kg.k

From energy conservation principle we have

heat transfer btwn surface and air = heat loss due to flow and temp. drop

where

heat transfer btwn surface and air is due to convection

$Q _{convection} = hA_s (T_S - T_∞)$

WHERE

$T_S = 370 K$

$T_∞ = 300 K$

$Heat\ loss = Q_{loss} = \dot m Cp \Delta T$

$\dot m = 0.3 kg/s$

from both above equation we have

$Q_{convection} = Q_{loss}$

$hA_s (T_S - T_∞) = \dot m Cp \Delta T$

putting all value to get heat transefer coefficient

$h = \frac{\dot m Cp \Delta T}{A_S((T_S - T_∞)}$

$h = \frac{0.3*2190*35}{14.137*(370-300)}$

h = 23.237 W/m2 K

4 0

3 years ago

Create a program that gets information from the owner and displays the current month’s expense for the employee’s wages. Require

KatRina [158]

Answer:

The code is in the explanation section below.

The sample output is

Espresso Yourself's Coffehouse

------------------------------

Enter details for Hourly employees:

Darren Duchesne:

Pay per hour: 6.45

Hours worked: Week 1: 35

Week 2: 35

Week 3: 35

Week 4: 35

Christian Cargile:

Pay per hour: 5.75

Hours worked: Week 1: 30

Week 2: 30

Week 3: 30

Week 4: 30

Selena Dresher:

Pay per hour: 6.25

Hours worked: Week 1: 30

Week 2: 30

Week 3: 30

Week 4: 30

Neil Palafox:

Pay per hour: 5.45

Hours worked: Week 1: 32

Week 2: 32

Week 3: 32

Week 4: 32

Salaried Employees:

Emilia Rogge:

Pay per annum: 32633

Weeks worked: 4

Jamie Lanphear:

Pay per annum: 27800

Weeks worked: 4

Explanation:

#include <bits/stdc++.h>

using namespace std;

struct employee{

string first_name, last_name;

int hours[4], weeks;

int total_hours;

double hour_pay;

double salary;

} emp[100];

int main()

{

emp[0].first_name = "Darren";

emp[0].last_name = "Duchesne";

emp[1].first_name = "Christian";

emp[1].last_name = "Cargile";

emp[2].first_name = "Selena";

emp[2].last_name = "Dresher";

emp[3].first_name = "Neil";

emp[3].last_name = "Palafox";

emp[4].first_name = "Emilia";

emp[4].last_name = "Rogge";

emp[5].first_name = "Jamie";

emp[5].last_name = "Lanphear";

cout<<"Espresso Yourself's Coffehouse\n";

cout<<"------------------------------\n";

cout<<"Enter details for Hourly employees: \n";

cout<<emp[0].first_name<<" "<<emp[0].last_name<<":\n";

cout<<"Pay per hour: ";

cin >> emp[0].hour_pay;

cout<<"Hours worked: ";

cout<<"Week 1: ";

cin >> emp[0].hours[0];

cout<<"Week 2: ";

cin >> emp[0].hours[1];

cout<<"Week 3: ";

cin >> emp[0].hours[2];

cout<<"Week 4: ";

cin >> emp[0].hours[3];

cout<<emp[1].first_name<<" "<<emp[1].last_name<<":\n";

cout<<"Pay per hour: ";

cin >> emp[1].hour_pay;

cout<<"Hours worked: ";

cout<<"Week 1: ";

cin >> emp[1].hours[0];

cout<<"Week 2: ";

cin >> emp[1].hours[1];

cout<<"Week 3: ";

cin >> emp[1].hours[2];

cout<<"Week 4: ";

cin >> emp[1].hours[3];

cout<<emp[2].first_name<<" "<<emp[2].last_name<<":\n";

cout<<"Pay per hour: ";

cin >> emp[2].hour_pay;

cout<<"Hours worked: ";

cout<<"Week 1: ";

cin >> emp[2].hours[0];

cout<<"Week 2: ";

cin >> emp[2].hours[1];

cout<<"Week 3: ";

cin >> emp[2].hours[2];

cout<<"Week 4: ";

cin >> emp[2].hours[3];

cout<<emp[3].first_name<<" "<<emp[3].last_name<<":\n";

cout<<"Pay per hour: ";

cin >> emp[3].hour_pay;

cout<<"Hours worked: ";

cout<<"Week 1: ";

cin >> emp[3].hours[0];

cout<<"Week 2: ";

cin >> emp[3].hours[1];

cout<<"Week 3: ";

cin >> emp[3].hours[2];

cout<<"Week 4: ";

cin >> emp[3].hours[3];

cout<<"Salaried Employees:\n";

cout<<emp[4].first_name<<" "<<emp[4].last_name<<":\n";

cout<<"Pay per annum: ";

cin >> emp[4].salary;

cout<<"Weeks worked: ";

cin >> emp[4].weeks;

cout<<emp[5].first_name<<" "<<emp[5].last_name<<":\n";

cout<<"Pay per annum: ";

cin >> emp[5].salary;

cout<<"Weeks worked: ";

cin >> emp[5].weeks;

emp[0].total_hours = emp[0].hours[0]+emp[0].hours[1]+emp[0].hours[2]+emp[0].hours[3];

emp[1].total_hours = emp[1].hours[0]+emp[1].hours[1]+emp[1].hours[2]+emp[1].hours[3];

emp[2].total_hours = emp[2].hours[0]+emp[2].hours[1]+emp[2].hours[2]+emp[2].hours[3];

emp[3].total_hours = emp[3].hours[0]+emp[3].hours[1]+emp[3].hours[2]+emp[3].hours[3];

cout<<"\n\n-----------------------------\n";

cout<<"Payroll for the month\n";

cout<<"Hourly Employees:\n";

cout<<"First Name Last Name\tHours Worked\tGross Pay\n";

cout<<emp[0].first_name<<" "<<emp[0].last_name<<"\t\t"<<emp[0].total_hours<<"\t"<<emp[0].hour_pay*emp[0].total_hours<<"\n";

cout<<emp[1].first_name<<" "<<emp[1].last_name<<"\t"<<emp[1].total_hours<<"\t"<<emp[1].hour_pay*emp[1].total_hours<<"\n";

cout<<emp[2].first_name<<" "<<emp[2].last_name<<"\t"<<emp[2].total_hours<<"\t"<<emp[2].hour_pay*emp[2].total_hours<<"\n";

cout<<emp[3].first_name<<" "<<emp[3].last_name<<"\t"<<emp[3].total_hours<<"\t"<<emp[3].hour_pay*emp[3].total_hours<<"\n";

cout<<"Salaried Employees:\n";

cout<<"First Name Last Name\tWeeks Worked\tGross Pay\n";

cout<<emp[4].first_name<<" "<<emp[4].last_name<<"\t"<<emp[4].weeks<<"\t"<<emp[4].weeks*emp[4].salary/48<<"\n";

cout<<emp[5].first_name<<" "<<emp[5].last_name<<"\t"<<emp[5].weeks<<"\t"<<emp[5].weeks*emp[5].salary/48<<"\n";

return 0;

}

8 0

2 years ago

A common chef's knife is single-beveled. TRUE FALSE