Provide me the complete solution and it should be detailed and don't copy from chatgpt. explain it to me

a$.$ Name the type of unate$-$ness for the following logic gates: i$)$ NAND ii$)$ NOT

$[0\mathrm{.}5+0\mathrm{.}5=1$ Mark$]$

b$.$ Name any one tool $($can be open$-$source or commercial$)$ that is used for i$)$ combinational

equivalence checking ii$)$ automatic test pattern generation iii$)$ clock tree synthesis iv$)$ RTL

simulation

$[0\mathrm{.}5+0\mathrm{.}5+0\mathrm{.}5+0\mathrm{.}5=2$ Marks$]$

c$.$ Why do we typically not focus on hold violation during logic synthesis?

d$.$ Write a UNIX command for doing the following i$)$ going to a parent directory from any

given directory ii$)$ searching all the occurrences of the word "port" in a Verilog file

"test.v$"$

e$.$ Write an SDC command to create a clock named "CLOCK" on a pin named "Gen$/$Clk$"$

with a period of $1000$ ps and $50\%$ duty cycle. Assume that the unit for time in the SDC

file is ps$.$

$[1$ Mark$]$

f$.$ Answer the following

questions based on the

report shown alongside. It

was generated by an open$-$

Startpoint: F$1($rising edge$-$triggered flip$-$flop clocked by CLK$)$

Endpoint: F$2($rising edge$-$triggered flip$-$flop clocked by CLK$)$

Path Group: CLK

Path Type: max

source STA tool:

$($i$)$ Name of the capture flip$-$flop $($ii$)$ Whether the timing analysis is for the setup

constraint or the hold constraint?