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Select the statement that best describes SRAM.

Q5-C-8 points One urn contains two black balls (labeled B1 and B2​) and one white ball.A second urn contains one black ball and two white balls (labeled W1​ and W2​). Suppose the following experiment is performed: One of the two urns is chosen at random. Next, a ball is randomly chosen from the urn. Then a second ball is chosen at random from the same urn without replacing the first ball. a) What is the probability that two balls of different color are shown? b) What is the probability that two black balls are chosen?    

Given: A finite state machine has 8 states.  What is the minimum number of flip-flops required if binary encoding is used to encode the state?

Select the answer that best completes this sentence: If the input to a flip-flop changes outside the aperture time, then the flip-flop _______________.

Q9-C-8 points Prove the following Identity:

Given: A finite state machine has 21 states.  What is the minimum number of flip-flops required if binary encoding is used to encode the state?

A state transition diagram for a finite state machine is given. The clock input is 100 MHz. Suppose the FSM is currently in state S1 and the inputs are AB = 11.  What will the state be after the next clock edge?  What will the output be?

Given: 01000000101100000000000000000000 is an IEEE-754 single precision floating-point number.  What are the first 6 bits of the mantissa (ex: “0.00000”)?

A circuit that implements a finite state machine is given. The clock input is 100 MHz. Suppose the current state of the FSM is S1:0 = 11 and the inputs are AB = 11.  What will the state be after the next clock edge?  What will the output Y2 be?

Given: A = 10011110. What is the result of A ASR 5 (arithmetic shift right)? Enter your answer in binary (ex: “00110101”).