Which of the following is not a side effect of antiandrogens?

 Which of the following drugs does not interfere with the enzymes that are essential for tumor cell growth?

 Irinotecan is most frequently used to treat which of the following types of cancer?

 Healthcare personnel should have access to which of the following devices in all areas where hazardous drugs are prepared, administered, or transported?

 What is the term used to describe the font formatting used in the drug name CARBOplatin?

 _____ provides 80–90% of the body’s vitamin D stores?

 Leucovorin rescue should be provided with which of the following chemotherapy agents?

  If infused directly into an IV line or not sufficiently diluted when mixed with phosphate, which of the following will precipitate?

Problem 3: Adder Design (16 pts) Consider a 24-bit adder design based on the Carry-Bypass architecture. PG is the logic unit to produce P and G. Assume the following delays for each 1-bit adder: tPG (delay to produce Pi and Gi signals from Ai and Bi) = 4 tcarry (delay to compute Cout,i from Pi, Gi and Cin,i) = 1 tsum (delay to compute Sumi from Pi, Gi and Cin,i) = 4 tmux (delay for the multiplexor) = 2 The registers are identical flip-flops (FFs) that are triggered by the rising edge of the clock: tC2Q (clock-to-Q delay of a one-bit FF) = 2 tsu (setup time of a one-bit FF) = 1 thold (hold time of a one-bit FF) = 1 For the entire problem, assume these delays are independent of the fan-in.    A. This 24-bit Carry-Bypass adder has 6 stages. Assume each stage has 4 bits. What is the minimum clock period in this 24-bit adder design? (4 pts)  (Hint: the first group carry propagates 3 bits after setup delay)   B. Starting from Bit-8, as highlighted in the figure above, what is the delay of the longest logic path? You don’t need to include input and output FFs. (3 pts) Delay =                             C. There are many non-critical paths in the design of Part A, such as the path starting from Bit-4 or from Bit-8. We plan to improve the design by making these non-critical paths slower. The figure below presents a new design, in which the number of bits in each stage is now equal: 2, 4, 6, 6, 4, 2. What is the minimum clock period in this new design? (4 pts)   D. What is the delay of the longest logic path from Bit-6 to Bit-21, as highlighted in the figure? You don’t need to include input and output FFs. (3 pts) Delay =                              E. What is the primary advantage of this new design, as compared to the design in Part A? (2 pts) Advantage =                             

1.5 The right figure shows the clock tree for a 16 core design. Each solid square represents a core. All cores are identical. The inverters in the clock tree have the same size. Each inverter has a nominal delay of 100ps and a random variation of ±20ps. The wire segments in the clock tree are symmetric with respect to RC delay. 1.5.1 What is the maximum clock skew of this clock tree? (1 pts) 1.5.2 What is the maximum clock jitter of this clock tree? (1 pts)