The boolean operator `or`

combines two expressions into a larger expression that is `True`

if either component is `True`

.

Consider the statement

Oranges are a fruit or apples are a vegetable.

This statement is composed of two expressions: `oranges are a fruit`

which is `True`

and `apples are a vegetable`

which is `False`

. Because the two expressions are connected by the `or`

operator, the entire statement is `True`

. Only one component needs to be `True`

for an `or`

statement to be `True`

.

In English, `or`

implies that if one component is `True`

, then the other component must be `False`

. This is not true in Python. If an `or`

statement has two `True`

components, it is also `True`

.

Let’s take a look at a couple of examples in Python:

True or (3 + 4 == 7) # True (1 - 1 == 0) or False # True (2 < 0) or True # True (3 == 8) or (3 > 4) # False

Notice that each `or`

statement that has at least one `True`

component is `True`

, but the final statement has two `False`

components, so it is `False`

.

### Instructions

**1.**

Set the variables `statement_one`

and `statement_two`

equal to the results of the following boolean expressions:

Statement one:

(2 - 1 > 3) or (-5 * 2 == -10)

Statement two:

(9 + 5 <= 15) or (7 != 4 + 3)

**2.**

The registrar’s office at *Calvin Coolidge’s Cool College* has another request. They want to send out a mailer with information on the commencement ceremonies to students who have met at least one requirement for graduation (120 credits and 2.0 GPA).

Write an `if`

statement that checks if a student either has 120 or more credits *or* a GPA 2.0 or higher, and if so prints:

"You have met at least one of the requirements."