As the U.S. spends Dollars, the Korean currency is Won (KRW), and there are 50,000 Won, 10,000 Won, 5,000 Won, and 1,000 Won bills. If the price of the product is 152,365 Won and the amount less than 1,000 Won is discounted, write a Java program to see how many minimum bills are required. Your output should be look like Figure 1 below. Fiftythousand x 3 Tenthousand x 0 Fivethousand x 0 Onethousand x 2 Total Count: 5 Total Amount: 152000 Won Discount: 365 Won Figure 1 Output of the First Program
As the U.S. spends Dollars, the Korean currency is Won (KRW), and there are 50,000 Won, 10,000 Won, 5,000 Won, and 1,000 Won bills. If the price of the product is 152,365 Won and the amount less than 1,000 Won is discounted, write a Java program to see how many minimum bills are required. Your output should be look like Figure 1 below. Fiftythousand x 3 Tenthousand x 0 Fivethousand x 0 Onethousand x 2 Total Count: 5 Total Amount: 152000 Won Discount: 365 Won Figure 1 Output of the First Program
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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using java
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Assignment 1 Basic Java Programming
1. As the U.S. spends Dollars, the Korean currency is Won (KRW), and there
are 50,000 Won, 10,000 Won, 5,000 Won, and 1,000 Won bills. If the price
of the product is 152,365 Won and the amount less than 1,000 Won is
discounted, write a Java program to see how many minimum bills are required.
Your output should be look like Figure 1 below.
Fiftythousand x 3
Tenthousand x 0
Fivethousand x 0
Onethousand x 2
Total Count: 5
Total Amount: 152000 Won
Discount: 365 Won
Figure 1 Output of the First Program
2. The equation for the position of equivalent-speed kinetic objects is as follows.
z(t) = ,ať -
5 at + vot + xo
where x(t) is the position, a is acceleration, t is travel time, vo is initial velocity,
and x, is the initial position. Assume that you try to drop an object from a
standstill at an altitude of 1,000 meters. Complete the Java code and obtain the"
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Assignment 1 Basic Java Programming
1. As the U.S. spends Dollars, the Korean currency is Won (KRW), and there
are 50,000 Won, 10,000 Won, 5,000 Won, and 1,000 Won bills. If the price
of the product is 152,365 Won and the amount less than 1,000 Won is
discounted, write a Java program to see how many minimum bills are required.
Your output should be look like Figure 1 below.
Fiftythousand x 3
Tenthousand x 0
Fivethousand x 0
Onethousand x 2
Total Count: 5
Total Amount: 152000 Won
Discount: 365 Won
Figure 1 Output of the First Program
2. The equation for the position of equivalent-speed kinetic objects is as follows.
z(t) = ,ať -
5 at + vot + xo
where x(t) is the position, a is acceleration, t is travel time, vo is initial velocity,
and x, is the initial position. Assume that you try to drop an object from a
standstill at an altitude of 1,000 meters. Complete the Java code and obtain the
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1
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2. The equation for the position of equivalent-speed kinetic objects is as follows.
1
x(t) = , ať + vot + xo
where x(t) is the position, a is acceleration, t is travel time, vo is initial velocity,
and xo is the initial position. Assume that you try to drop an object from a
standstill at an altitude of 1,000 meters. Complete the Java code and obtain the
same result as the output example. (There is no resistance in free fall, and the
acceleration of gravity is -9.81m/s².
Position after 5.00 seconds: 877.38m
Figure 2 Output of the Second Program"
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1
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2. The equation for the position of equivalent-speed kinetic objects is as follows.
1
x(t) = , ať + vot + xo
where x(t) is the position, a is acceleration, t is travel time, vo is initial velocity,
and xo is the initial position. Assume that you try to drop an object from a
standstill at an altitude of 1,000 meters. Complete the Java code and obtain the
same result as the output example. (There is no resistance in free fall, and the
acceleration of gravity is -9.81m/s².
Position after 5.00 seconds: 877.38m
Figure 2 Output of the Second Program
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