Click and drag the steps to show that at least three of any 25 days chosen must fall in the same month of the year.

Output the information in a formatted table. The title is right justified with a width of 33. Column 1 has a width of 20. Column 2 has a width of 23. Ex: Number of Novels Authored Author name | Number of novels -------------------------------------------- Jane Austen | 6 Charles Dickens | 20 Ernest Hemingway | 9 Jack Kerouac | 22 F. Scott Fitzgerald | 8 Mary Shelley | 7 Charlotte Bronte | 5 Mark Twain | 11 Agatha Christie | 73 Ian Flemming | 14 J.K. Rowling | 14 Stephen King | 54 Oscar Wilde | 1

Click cell C9 and insert a VLOOKUP function that looks up the code in cell B9, compares it to the codes and types of art in the range B2:C6, and returns the type of art. Copy the function in cell C9 to the range C9:C54. Hide column B that contains the codes.

NEED HELP WITH PYTHON CODE. ALSO, PLEASE PROVIDE DETAILS SEPARATELY ON HOW AND WHAT DID U USE TO GET UR CODE DONE.

Answer in R code please

10010110 (Excess-M binary number) = (base 10)? You need to type in the calculation steps or insert the picture of your handwriting using "insert" menu above.

In [ ]: Exercise 1b Write code to calculate and print the quantities from the data sheet. For the momenta pli and p2i, the code is given. For the other quantities, uncomment the respective code lines and add your own code. You must use the given variable names; do not change their case (e.g. from Kli to kli). For full credit: • Use "f-strings" to print your calculated values. • Make sure each quantity is printed with its correct unit. Follow the example for pli. Verify that your code produces sensible results. pli m1*vli p2i = m2*v2i print (f'Momentum of m1 before collision: print (f'Momentum of m2 before collision: #pi #mtot = # pf #p_ratio= #print() #print () #print() #print () = = # Kli = # K2i = #print() # print () #Ki = # Kf = # K ratio = #print () #print() #print () # Momentum of m1 before collision #Momentum of m2 before collision #YOUR CODE HERE raise NotImplementedError() {pli:eP} kg•m/s') {p2i: eP} kg•m/s') # Total momentum before collision # Combined mass #Total momentum…