In Python, the multiplication operator * has the expected effect when applied to integers: >>> 3...

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In Python, the multiplication operator * has the expected effect when applied to integers: >>> 3 * 10 30 It has a different meaning when a string is multiplied by an integer: >>> '3' * 10 '3333333333' In this case, multiplying by 10 resulted in 10 concatenated (attached to one another) copies of the string '3'. Write Python program named say_my_name.py that prompts the user for a name and number, and then prints the requested number of copies of that name. The prompts must be "Name: " and "Number: " The following shows an example of what the shell interaction should look like when your program is run in Thonny: >>> %Run say_my_name.py Name: Madison Number: 3 Your name is: Madison Madison Madison In order to get credit for this question, your solution must use two print statements. One to print "Your name is:" and one to print the repeated name. In Python, the multiplication operator * has the expected effect when applied to integers: >>> 3 * 10 30 It has a different meaning when a string is multiplied by an integer: >>> '3' * 10 '3333333333' In this case, multiplying by 10 resulted in 10 concatenated (attached to one another) copies of the string '3'. Write Python program named say_my_name.py that prompts the user for a name and number, and then prints the requested number of copies of that name. The prompts must be "Name: " and "Number: " The following shows an example of what the shell interaction should look like when your program is run in Thonny: >>> %Run say_my_name.py Name: Madison Number: 3 Your name is: Madison Madison Madison In order to get credit for this question, your solution must use two print statements. One to print "Your name is:" and one to print the repeated name.

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To create the saymynamepy Python program that prompts the user for a name and a number and then prin... View the full answer