Create a data abstraction to represent Money. IMPORTANT: YOU MAY ASSUME ALL DOLLARS AND CENTS WILL BE >= 0. YOU MAY ASSUME CENTS WILL BE [0,99], YOU MAY ASSUME MONEY WILL ALWAYS BE POSITIVE AS ARGUMENTS AND AFTER COMPUTATION. Money will be stored as 2 integers, 1 for dollars and 1 for cents. The 2 integers will be represented as an array of 2 integers. Ex: $10.24 will be represented as the array {10, 24} because there are 10 dollars and 24 cents. Ex: $3.00 will be represented as the array {3, 0} because there are 3 dollars and 0 cents. //Create a class called Money using a 1 dim array of size 2 - 0th value for dollars and 1st value for cents. Write constructors, getter and setter methods. for java
Create a data abstraction to represent Money.
IMPORTANT: YOU MAY ASSUME ALL DOLLARS AND CENTS WILL BE >= 0. YOU MAY ASSUME
CENTS WILL BE [0,99], YOU MAY ASSUME MONEY WILL ALWAYS BE POSITIVE AS ARGUMENTS
AND AFTER COMPUTATION.
Money will be stored as 2 integers, 1 for dollars and 1 for cents. The 2
integers will be represented as an array of 2 integers.
Ex: $10.24 will be represented as the array {10, 24} because there are 10
dollars and 24 cents.
Ex: $3.00 will be represented as the array {3, 0} because there are 3 dollars
and 0 cents.
//Create a class called Money using a 1 dim array of size 2 - 0th value for
dollars and 1st value for cents. Write constructors, getter and setter methods.
for java
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