Write a function named num_test that takes a number as input. If the number is greater than 10, the function should return βGreater than 10.β If the number is less than 10, the function should return βLess than 10.β If the number is equal to 10, the function should return βEqual to 10.β
test(replace('Mississippi', 'i', 'I'), 'MIssIssIppI')
s = 'I love spom! Spom is my favorite food.
Spom, spom, spom, yum!'
test(replace(s, 'om', 'am'),
'I love spam! Spam is my favorite food.
Spam, spam, spam, yum!')
test(replace(s, 'o', 'a'),
'I lave spam! Spam is my favarite faad.
Spam, spam, spam, yum!')
Write a function findHypot. The function will be given the length of two sides of a right-angled triangle and it should return the length of the hypotenuse. (Hint: x ** 0.5 will return the square root, or use sqrt from the math module)
Write a function is_rightangled which, given the length of three sides of a triangle, will determine whether the triangle is right-angled. Assume that the third argument to the function is always the longest side. It will return True if the triangle is right-angled, or False otherwise.
Hint: floating point arithmetic is not always exactly accurate, so it is not safe to test floating point numbers for equality. If a good programmer wants to know whether x is equal or close enough to y, they would probably code it up as