Answer the following question using Amdahl’s Law. Assume a computer system with three components, A, B, and C. Each component is used 40%, 35%, and 25% of the time, respectively. The components are used serially (i. e., not in parallel). The cost of this baseline system is $1,000.named Assume that you are a manufacturer that has developed better implementations of these components, A , B , and C . The speedup of the better components compared to the original components is 1.25×, 1.3×, 1.2×, respectively. Assume that a customer is willing to pay more for a faster computer system proportional to the speedup (e. g., $1,100 for a system that is 1.1× as fast as the baseline system). What is the maximum price increase that you can charge for each of the better components, A+, B+, and C+?

This problem has been solved! see the answeran evil king has a cellar containing n bottles of expensive wine, and his guards have just caught a spy trying to poison the king’s wine. fortunately, the guards caught the spy after he succeeded in poisoning only one bottle. unfortunately, they don’t know which one. to make matters worse, the poison the spy used was very deadly; just one drop diluted even a billion to one will still kill someone. even so, the poison works slowly; it takes a full month for the person to die. design a scheme that allows the evil king to determine exactly which one of his wine bottles was poisoned in just one month’s time while expending at most o(logn) of his taste testers.you are not allowed to use n testers, one for each bottle, and see which one tester dies after 30 days.(no pseudocode needed. just answer in words, how many testers you use, how you use them and why you correctly identify the poisoned bottle in 30 days)

Which type of tab stop is most for weights and measurements?

Which one of the following is considered a peripheral? a software b mouse c usb connector d motherboard