Rewrite each condition below in valid Java syntax (give a boolean expression): a. x > y > z b. x and y are both less than

Question

KonstantinChe [14]

3 years ago

7

Rewrite each condition below in valid Java syntax (give a boolean expression): a. x > y > z b. x and y are both less than

0 c. neither x nor y is less than 0 d. x is equal to y but not equal to z

Computers and Technology

1 answer:

Natali5045456 [20] · Answer 1 · 2022-06-13T03:46:40+03:00

Answer:

The boolean expression is the expression which can be evaluated to true or false. This true/false is called boolean value. An if statement is used to check a condition which often contains the boolean expression which can either evaluate to true or false.

This line means that the value of variable x is greater than the value of variable y and the value of variable y is greater than the value of variable z.

This means:

x is greater than y AND y is greater than z

x > y AND y > z

in JAVA x > y && y > z

using if statement if(x > y && y > z)

it can also be written as: if (x > y && x > z && y >z)

This statement means that the value of variable x and the value of variable y are less than 0

This means: (x AND y) = 0

in JAVA (x&&y)==0

using if statement: if ((num&&hum)==0)

This can also be written as x < 0 AND y < 0

In JAVA x < 0 && y < 0

using if statement if (x < 0 && y < 0)

<h2>c. neither x nor y is less than 0</h2>

This statement means that neither the value of x variable nor the value of y variable is less than 0. This clearly means that the value of x and value of y both values are greater than or equal to 0.

this means:

x > = 0 AND y > = 0

In JAVA x > = 0 && y > = 0

Using if statement if(x > = 0 && y > = 0)

It can also be written as (x && y > = 0)

if(x && y > = 0)

<h2> d. x is equal to y but not equal to z</h2>

This statement means that the value of x is equal to the value of y but the value of x is not equal to the value of z.

This means

x = y but x ≠ z

x=y AND x≠z

In JAVA x==y && x!=z

Using if statement if (x == y && x != z)

it can also be written as if (x == y && y != z)

If x is equal to y so this means that the value of x and y will be the same and both the values will not be equal to the value of z.