Practice Tuples with Numbers

Enter your answer in the input box below as an integer.

Find the 12th element of the tuple fibo_seq and enter your answer in the input box below as an integer.

Are 21 and 34 adjacent Fibonacci numbers? Adjacent Fibonacci numbers are two Fibonacci numbers that are next to each other in the sequence. For example, 3 and 5 are adjacent Fibonacci numbers, but 3 and 8 are not.

The golden ratio is denoted by the Greek letter phi φ. The golden ratio is found by dividing a line into two parts such that the longer part divided by the smaller part is also equal to the whole length divided by the longer part. It is one of the most famous irrational numbers in mathematics. It is also called the divine proportion, the golden mean, or the golden section.

Find the golden ratio using the elements at index 997 and 998 in the tuple fibo_seq and store it in the variable golden_ratio.

Slice the tuple fibo_seq from the 4th index to the 34th index and store it in the variable thirty_step.

Find the maximum Fibonacci number in the tuple fibo_seq and store it in the variable max_num.

Numbers are stored as strings in the tuple fibo_seq so you need to convert them to integers before finding the maximum.

Find the minimum Fibonacci number in the tuple fibo_seq and store it in the variable min_num.

Numbers are stored as strings in the tuple fibo_seq so you need to convert them to integers before finding the minimum.

In this activity, your task is to determine the value of the coordinate at index 3.

Find the coordinate of the darkest pixel in the image. The darkest pixel is the pixel with the lowest value.

The records of students in the course A are stored in the tuple student_data_a and the records of students in the course B are stored in the tuple student_data_b. Concatenate the two tuples into one tuple and store it in the variable combined.

Sort the combined tuple so that we will have names in alphabetic order. Store the sorted tuple in the variable sorted_combine.

Count the Students in the combined tuple who have grades above 90. Store the count in the variable above_90.

my_tuple = ("banana","apple", "banana", "cherry","apple","cherry")
len(my_tuple)

colors = ("red", "green", "blue")
colors[1]