ANSWER MUST BE WRITTEN IN THE SAME FORM AS THE EXAMPLE. 12WN8{ int x;int z;910111213 }z = 3;{ int f(int x) {if x=0 then {z = 1 }{elsez = f(x-1) *2 };return z;};x = f (3);;3 [z-3, x=?]41150000000B5858569co on89co on8900 089[f={}, z=3, x=?]>>[x=3, f={}, z=3, x=?][x=2, x-3, f={}, z=3, x=?][x=1, x=2, x=3, f={}, z=3, x=?][x=0, x=1, x=2, x=3, f{}, z=3, x=?][x=0, x=1, x=2, x=3, f={}, z=1, x=?][res=1 x=0, x=1, x=2, x=3, f={}, z=1,[x=1, x=2, x=3, f={}, z=2, x=?][res=2, x=1, x=2, x=3, f={}, z=2, x=?][x=2, x=3, f={}, z=4, x=?][res-4, x-2, x=3, f={}, z=4, x=?][x=3, f={}, z=8, x=?][res-8, x-3, f={}, z-8, x=?]11 [f-{}, z-8, x-8]12 [z-8, x=8]13 [1 Consider the following block. Assume static scoping and call-by-value parameter passing.1 = {2WNH3L10111213};int x;int z;z :=4;{};int f(int x) {if x==0 then {z = 1 }else {z = f(x-1) *z+2 };return z;};x := f (3);Demonstrate the computations that take place during the evaluation of this block, that is, give asequence of lines each showing the complete runtime stack with all activation records after eachstatement or function call. For recursive calls use one stack onto which a new activation record ispushed on for each recursive function call.

Here's a step-by-step demonstration of the computations that take place during the evaluation of the…

Demonstrate the computations that take place during the evaluation of this block, that is, give a sequence of lines each showing the complete runtime stack with all activation records after each statement or function call. For recursive calls use one stack onto which a new activation record is pushed on for each recursive function call.

Demonstrate the computations that take place during the evaluation of this block, that is, give a sequence of lines each showing the complete runtime stack with all activation records after each statement or function call. For recursive calls use one stack onto which a new activation record is pushed on for each recursive function call.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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JAVA PROGRAM Chapter 7. PC# 2. Payroll Class (page 488-489) Write a Payroll class that uses the following arrays as fields: * employeeId. An array of seven integers to hold employee identification numbers. The array should be initialized with the following numbers: 5658845 4520125 7895122 8777541 8451277 1302850 7580489 * hours. An array of seven integers to hold the number of hours worked by each employee * payRate. An array of seven doubles to hold each employee’s hourly pay rate * wages. An array of seven doubles to hold each employee’s gross wages The class should relate the data in each array through the subscripts. For example, the number in element 0 of the hours array should be the number of hours worked by the employee whose identification number is stored in element 0 of the employeeId array. That same employee’s pay rate should be stored in element 0 of the payRate array. The class should have a method that accepts an employee’s identification number as an…
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JAVA PROGRAM Homework #1. Chapter 7. PC# 2. Payroll Class (page 488-489) Write a Payroll class that uses the following arrays as fields: * employeeId. An array of seven integers to hold employee identification numbers. The array should be initialized with the following numbers: 5658845 4520125 7895122 8777541 8451277 1302850 7580489 * hours. An array of seven integers to hold the number of hours worked by each employee * payRate. An array of seven doubles to hold each employee’s hourly pay rate * wages. An array of seven doubles to hold each employee’s gross wages The class should relate the data in each array through the subscripts. For example, the number in element 0 of the hours array should be the number of hours worked by the employee whose identification number is stored in element 0 of the employeeId array. That same employee’s pay rate should be stored in element 0 of the payRate array. The class should have a method that accepts an employee’s identification…
JAVA Program Homework #1. Chapter 7. PC# 2. Payroll Class (page 488-489) Write a Payroll class that uses the following arrays as fields: * employeeId. An array of seven integers to hold employee identification numbers. The array should be initialized with the following numbers: 5658845 4520125 7895122 8777541 8451277 1302850 7580489 * hours. An array of seven integers to hold the number of hours worked by each employee * payRate. An array of seven doubles to hold each employee’s hourly pay rate * wages. An array of seven doubles to hold each employee’s gross wages The class should relate the data in each array through the subscripts. For example, the number in element 0 of the hours array should be the number of hours worked by the employee whose identification number is stored in element 0 of the employeeId array. That same employee’s pay rate should be stored in element 0 of the payRate array. The class should have a method that accepts an employee’s identification…
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JAVA PROGRAM Homework #1. Chapter 7. PC# 2. Payroll Class (page 488-489) Write a Payroll class that uses the following arrays as fields: * employeeId. An array of seven integers to hold employee identification numbers. The array should be initialized with the following numbers: 5658845 4520125 7895122 8777541 8451277 1302850 7580489 * hours. An array of seven integers to hold the number of hours worked by each employee * payRate. An array of seven doubles to hold each employee’s hourly pay rate * wages. An array of seven doubles to hold each employee’s gross wages The class should relate the data in each array through the subscripts. For example, the number in element 0 of the hours array should be the number of hours worked by the employee whose identification number is stored in element 0 of the employeeId array. That same employee’s pay rate should be stored in element 0 of the payRate array. The class should have a method that accepts an employee’s identification…
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