Make a list of the first 10 squares, in reverse order.

5.1

[ Click to enter code ]

Find the total of the first 10 squares.

5.2

[ Click to enter code ]

Make a plot of the first 10 squares, starting at 1.

5.3

[ Click to enter code ]

Use Sort, Join and Range to create {1,1,2,2,3,3,4,4}.

5.4

[ Click to enter code ]

Use Range and + to make a list of numbers from 10 to 20, inclusive.

5.5

[ Click to enter code ]

Make a combined list of the first 5 squares and cubes (numbers raised to the power 3), sorted into order.

5.6

[ Click to enter code ]

Find the number of digits in 2^128.

5.7

[ Click to enter code ]

Find the first digit of 2^32.

5.8

[ Click to enter code ]

Find the first 10 digits in 2^100.

5.9

[ Click to enter code ]

Find the largest digit that appears in 2^20.

5.10

[ Click to enter code ]

Find how many zeros appear in the digits of 2^1000.

5.11

[ Click to enter code ]

Use Part, Sort and IntegerDigits to find the second-smallest digit in 2^20.

5.12

[ Click to enter code ]

Make a line plot of the sequence of digits that appear in 2^128.

5.13

[ Click to enter code ]

Use Take and Drop to get the sequence 11 through 20 from Range[100].

5.14

[ Click to enter code ]

Make a list of the first 10 multiples of 3.

x5.1

[ Click to enter code ]

Make a list of the first 10 squares using only Range and Times.

x5.2

[ Click to enter code ]

Find the last digit of 2^37.

x5.3

[ Click to enter code ]

Find the second-to-last digit of 2^32.

x5.4

[ Click to enter code ]

Find the sum of all the digits of 3^126.

x5.5

[ Click to enter code ]

Make a pie chart of the sequence of digits that appear in 2^32.

x5.6

[ Click to enter code ]

Make a list of pie charts for the sequence of digits in 2^20, 2^40, 2^60.

x5.7

[ Click to enter code ]