Data Frames in R should only contain numeric values and not letter or words. A) True B) False

'HR', 'BA', 'HR', 'HR', 'Gen', 'Gen', 'BA', 'Gen', 'Gen', 'HR', 'Gen', 'BA', 'Gen' Create a Pandas series with the above data Use a Pandas function create a Pandas series of frequency distribution for the major’s data Permanently sort the frequency distribution from (b) above in alphabetic order of the major codes Create a dictionary with the 'HR', 'BA' and ‘Gen’ as keys and 'Human Resource', 'Business Analytics' and 'General Management' as the three respective values in the dictionary Iterate over the Pandas series of the frequency distribution and print the sorted series of frequency distribution. Use the dictionary to print the major

Q1 PART 1 There are several bitwise operators to help manipulate bits: · & - Operates on the corresponding bits of two strings of bits. The result is a 1 if both bits were 1, O if not. •|- Operates on the corresponding bits of two strings of bits. The result is a 1 if either bit was 1, O if not. .^ - Operates on the corresponding bits of two strings of bits. The result is a 1 if only one bit was 1, 0 if not. .» (number) - Operates on one string of bits. Shifts all bits to the right equivalent to the number provided. .< (number) - Operates on one string of bits. Shifts all bits to the left equivalent to the number provided. .N- Operates on one string of bits. Inverses all of the bits. Consider variable string1 = Ox12345678 and variable mask = OxC Fill in the missing value (???) by inputting what it should be in the Solutions boxes adjacent to the respective Task below. Each Task is distinct so earlier tasks have no bearing on the following ones (updating string1 will only be for that…

Attach File Browse My Computer QUESTION 6 A. Simplify the following expression by using the laws of logic. Suppose the bit strings of A & B are A: 0100001010, B: 0100111011. Find the bit strings of ANB AUB Attach File Browse My Computer BAAA