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> Block_hw2_01-1.pdf ← → C → File C:/Users/Abdul/Downloads/Block_hw2_01-1.pdf Block_hw2_01-1.pdf 1 2 3 Type here to search 1 / 5 100% + Assignment2.1, Learning how to use, Escape sequences, primitive data types of variables, special characters, and Arithmetic operators. The following Homework can be found on your book/3rd EDITION page 7 Complete 3 of the following only Complete checkpoint 2.7,2.8,2.10 ! ! 4)) </ 5 3:40 PM 6/17/2022 > Block_hw2_01-1.pdf ← → C → File C:/Users/Abdul/Downloads/Block_hw2_01-1.pdf Block_hw2_01-1.pdf 1 2 3 Type here to search 3/5- 100% + │ H compiling and running it. 2.8 Study the following program and show what it will print o // The Works of Wolfgang public class Wolfgang { public static void main(String[] args) { System.out.print ("The works of Wolfgan"); System.out.print ("the following"); System.out.print("\nThe Turkish March"); System.out.print ("and Symphony No. 40"); System.out.println("in G minor."); } } Checkpoint 2.10 Examine the following program. // This program uses variables and Literal public class BigLittle { public static void main(String[] args) { int little%;B int big; Example: } little = 2; big = 2000; System.out.println("The little numbe"); System.out.println("The big number "); List the variables and literals found in the program. int little, big; littleb = 2; big = 2000; 3:41 PM 6/17/2022 х > Block_hw2_01-1.pdf ← → C → File C:/Users/Abdul/Downloads/Block_hw2_01-1.pdf Block_hw2_01-1.pdf 1 2 3 Type here to search 3/5- 100% + │ H compiling and running it. 2.8 Study the following program and show what it will print o // The Works of Wolfgang public class Wolfgang { public static void main(String[] args) { System.out.print ("The works of Wolfgan"); System.out.print ("the following"); System.out.print("\nThe Turkish March"); System.out.print ("and Symphony No. 40"); System.out.println("in G minor."); } } Checkpoint 2.10 Examine the following program. // This program uses variables and Literal public class BigLittle { public static void main(String[] args) { int little%;B int big; Example: } little = 2; big = 2000; System.out.println("The little numbe"); System.out.println("The big number "); List the variables and literals found in the program. int little, big; littleb = 2; big = 2000; 3:41 PM 6/17/2022 х > Block_hw2_01-1.pdf ← → C → File C:/Users/Abdul/Downloads/Block_hw2_01-1.pdf Block_hw2_01-1.pdf "√2 1 2 4/5 100% + H Data type Variables value, 2 and 2000 Literals. A literal is a source code representation of a fixed 2.12 Following formula compute the volume of a sphere. java program Convert the following formula to a Where r is the radius of the sphere and pi is 3.14159. formula Help: Java programing formula format import java.math.*; // the above is import pkg double pi = 3.14; double e 2.72; double v; int n = 4; 3 How about the following Type here to search double pi 3.14; v=(Math.pow(n, m) *Math.sqrt(2*pi*n))/ nn Σπη en int m=2; Can you convert the following pyramid to java volume programming? where: L is length W is width h is high I wh 3 (Math.pow(e, n)); System.out.println(v); Help: Java programing formula format double Pi=3.14159; double L=10.0; double W=3.0; double h =4.0; volume=(L*W*h)/3.0; 3:41 PM 6/17/2022 х > Block_hw2_01-1.pdf ← → C → File C:/Users/Abdul/Downloads/Block_hw2_01-1.pdf Block_hw2_01-1.pdf 1 2 3 4 H 5 Type here to search 5/5 100% + Solution 2.7 public class Success k public static void main(St { System.out.print("Succe System.out.print("Succe System.out.print("Succe } System.out.println("\ns The Works of Wolfgang public class Wolfgang { f public static void main(String[] args) System.out.print("The works of Wols System.out.print("the following"); System.out.print("\nThe Turkish Mai System.out.print("and Symphony No. System.out.println("in G minor."); L Solution 2.8 х 3:41 PM 6/17/2022 > Block_hw2_01-1.pdf ← → C → File C:/Users/Abdul/Downloads/Block_hw2_01-1.pdf Block_hw2_01-1.pdf 1 2 3 Type here to search 1 / 5 100% + Assignment2.1, Learning how to use, Escape sequences, primitive data types of variables, special characters, and Arithmetic operators. The following Homework can be found on your book/3rd EDITION page 7 Complete 3 of the following only Complete checkpoint 2.7,2.8,2.10 ! ! 4)) </ 5 3:40 PM 6/17/2022 > Block_hw2_01-1.pdf ← → C → File C:/Users/Abdul/Downloads/Block_hw2_01-1.pdf Block_hw2_01-1.pdf 1 2 3 Type here to search 3/5- 100% + │ H compiling and running it. 2.8 Study the following program and show what it will print o // The Works of Wolfgang public class Wolfgang { public static void main(String[] args) { System.out.print ("The works of Wolfgan"); System.out.print ("the following"); System.out.print("\nThe Turkish March"); System.out.print ("and Symphony No. 40"); System.out.println("in G minor."); } } Checkpoint 2.10 Examine the following program. // This program uses variables and Literal public class BigLittle { public static void main(String[] args) { int little%;B int big; Example: } little = 2; big = 2000; System.out.println("The little numbe"); System.out.println("The big number "); List the variables and literals found in the program. int little, big; littleb = 2; big = 2000; 3:41 PM 6/17/2022 х > Block_hw2_01-1.pdf ← → C → File C:/Users/Abdul/Downloads/Block_hw2_01-1.pdf Block_hw2_01-1.pdf 1 2 3 Type here to search 3/5- 100% + │ H compiling and running it. 2.8 Study the following program and show what it will print o // The Works of Wolfgang public class Wolfgang { public static void main(String[] args) { System.out.print ("The works of Wolfgan"); System.out.print ("the following"); System.out.print("\nThe Turkish March"); System.out.print ("and Symphony No. 40"); System.out.println("in G minor."); } } Checkpoint 2.10 Examine the following program. // This program uses variables and Literal public class BigLittle { public static void main(String[] args) { int little%;B int big; Example: } little = 2; big = 2000; System.out.println("The little numbe"); System.out.println("The big number "); List the variables and literals found in the program. int little, big; littleb = 2; big = 2000; 3:41 PM 6/17/2022 х > Block_hw2_01-1.pdf ← → C → File C:/Users/Abdul/Downloads/Block_hw2_01-1.pdf Block_hw2_01-1.pdf "√2 1 2 4/5 100% + H Data type Variables value, 2 and 2000 Literals. A literal is a source code representation of a fixed 2.12 Following formula compute the volume of a sphere. java program Convert the following formula to a Where r is the radius of the sphere and pi is 3.14159. formula Help: Java programing formula format import java.math.*; // the above is import pkg double pi = 3.14; double e 2.72; double v; int n = 4; 3 How about the following Type here to search double pi 3.14; v=(Math.pow(n, m) *Math.sqrt(2*pi*n))/ nn Σπη en int m=2; Can you convert the following pyramid to java volume programming? where: L is length W is width h is high I wh 3 (Math.pow(e, n)); System.out.println(v); Help: Java programing formula format double Pi=3.14159; double L=10.0; double W=3.0; double h =4.0; volume=(L*W*h)/3.0; 3:41 PM 6/17/2022 х > Block_hw2_01-1.pdf ← → C → File C:/Users/Abdul/Downloads/Block_hw2_01-1.pdf Block_hw2_01-1.pdf 1 2 3 4 H 5 Type here to search 5/5 100% + Solution 2.7 public class Success k public static void main(St { System.out.print("Succe System.out.print("Succe System.out.print("Succe } System.out.println("\ns The Works of Wolfgang public class Wolfgang { f public static void main(String[] args) System.out.print("The works of Wols System.out.print("the following"); System.out.print("\nThe Turkish Mai System.out.print("and Symphony No. System.out.println("in G minor."); L Solution 2.8 х 3:41 PM 6/17/2022

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Solution to Checkpoint 28 java The Works of Wolfgang publ... View the full answer