All the Operators

Topic:

mathematical operations

Python can do mathematical evaluations, but some of the symbols are different than you might be used to.

Check out the Python Mathematical Operators table.

The starter code is missing the mathematical equations. In the empty print() functions, place the appropriate math. The first one is done for you.

Starter Code

print("One plus Two is:")
print(1 + 2)

print("Five minus Three is:")
print()

print("Six multiplied by Four is:")
print()

print("Twelve divided by Six is:")
print()

print("Twenty Three floor-divide by Five is:")
print()

print("The remainder of Twenty Three divided by Five is:")
print()

print("Two to the power of Eight is:")
print()

Tests

from exercise.fixtures import captured_output, source_code_matches


def test_one_plus_two(captured_output):
    assert "One plus Two is:\n3" in captured_output()


def test_contains_mathematical_expression_1_plus_2():
    assert source_code_matches(r"print\(\s?1\s?\+\s?2\s?\)") or source_code_matches(r"print\(\s?2\s?\+\s?1\s?\)"), "There should be a mathematical expression in your code (1 + 2)."


def test_five_minus_three(captured_output):
    assert "Five minus Three is:\n2" in captured_output()


def test_contains_mathematical_expression_5_minus_3():
    assert source_code_matches(r"print\(\s?5\s?\-\s?3\s?\)"), "There should be a mathematical expression in your code (5 - 3)."


def test_six_multiply_four(captured_output):
    assert "Six multiplied by Four is:\n24" in captured_output()


def test_contains_mathematical_expression_6_multiply_4():
    assert source_code_matches(r"print\(\s?6\s?\*\s?4s?\)") or source_code_matches(r"print\(\s?4\s?\*\s?6s?\)"), "There should be a mathematical expression in your code (6 * 4)."


def test_twelve_divide_by_6(captured_output):
    assert "Twelve divided by Six is:\n2" in captured_output()


def test_contains_mathematical_expression_12_divide_6():
    assert source_code_matches(r"print\(\s?12\s?/\s?6\s?\)"), "There should be a mathematical expression in your code (12 / 6)."


def test_23_floor_divide_5(captured_output):
    assert "Twenty Three floor-divide by Five is:\n4" in captured_output()


def test_contains_mathematical_expression_23_floor_5():
    assert source_code_matches(r"print\(\s?23\s?//\s?5\s?\)"), "There should be a mathematical expression in your code (23 // 5)."


def test_2_power_8(captured_output):
    assert "Two to the power of Eight is:\n256" in captured_output()


def test_contains_mathematical_expression_2_power_8():
    assert source_code_matches(r"print\(\s?2\s?\*\*\s?8\s?\)"), "There should be a mathematical expression in your code (2 ** 8)."