Consider two continuous-time LTI systems with impulse respon…

Consider two continuous-time LTI systems with impulse responses h1(t) = e-4tu(t) and h2(t) = 3e-2tu(t). The interconnection of the two systems is shown below. Fill in the values of the coefficients A and B for the overall impulse response h(t) = A*e-4tu(t) + B*e-2tu(t) , round to two decimal places.  A = [A] B = [B]

For this question write one function definition (You can dec…

For this question write one function definition (You can decide on the name of the function). Implement the function that has two parameters and returns a string Parameter 1- string value parameter (phrase) Parameter 2 -integer reference parameter(count) Inside the function change all the characters in the phrase to uppercase letters, one by one, using a function from cctype as done in class. Declare, ask, and get a character from the user, assume the user will enter a letter (a-z). Change the character entered to an uppercase letter using the same function from cctype. Search through the phrase and count how many times the character appears in the phrase and assign that result to the reference parameter count. Create a new string that is the reverse of phrase and return it. You may use the reverse() function from the library or any method demonstrated in class to reverse the string.

An executive team is debating two investment strategies. Str…

An executive team is debating two investment strategies. Strategy A offers a 90% chance of gaining $8 million but a 10% chance of losing $3 million. Strategy B offers an 90% chance of gaining $4 million, but a 10% chance of merely breaking even. According to prospect theory, the team is likely to favor Strategy B, because this theory argues that people making decisions under risk are: