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How to Edit and sign Unsigned W 9 Forms Online
Read the following instructions to use CocoDoc to start editing and filling in your Unsigned W 9 Forms:
- At first, find the “Get Form” button and press it.
- Wait until Unsigned W 9 Forms is ready to use.
- Customize your document by using the toolbar on the top.
- Download your customized form and share it as you needed.
An Easy Editing Tool for Modifying Unsigned W 9 Forms on Your Way
How to Edit Your PDF Unsigned W 9 Forms Online
Editing your form online is quite effortless. There is no need to download any software via your computer or phone to use this feature. CocoDoc offers an easy tool to edit your document directly through any web browser you use. The entire interface is well-organized.
Follow the step-by-step guide below to eidt your PDF files online:
- Find CocoDoc official website on your device where you have your file.
- Seek the ‘Edit PDF Online’ button and press it.
- Then you will visit here. Just drag and drop the form, or import the file through the ‘Choose File’ option.
- Once the document is uploaded, you can edit it using the toolbar as you needed.
- When the modification is done, click on the ‘Download’ option to save the file.
How to Edit Unsigned W 9 Forms on Windows
Windows is the most widespread operating system. However, Windows does not contain any default application that can directly edit PDF. In this case, you can download CocoDoc's desktop software for Windows, which can help you to work on documents productively.
All you have to do is follow the guidelines below:
- Get CocoDoc software from your Windows Store.
- Open the software and then select your PDF document.
- You can also upload the PDF file from Dropbox.
- After that, edit the document as you needed by using the various tools on the top.
- Once done, you can now save the customized document to your laptop. You can also check more details about editing PDF in this post.
How to Edit Unsigned W 9 Forms on Mac
macOS comes with a default feature - Preview, to open PDF files. Although Mac users can view PDF files and even mark text on it, it does not support editing. With the Help of CocoDoc, you can edit your document on Mac without hassle.
Follow the effortless steps below to start editing:
- To begin with, install CocoDoc desktop app on your Mac computer.
- Then, select your PDF file through the app.
- You can attach the PDF from any cloud storage, such as Dropbox, Google Drive, or OneDrive.
- Edit, fill and sign your paper by utilizing several tools.
- Lastly, download the PDF to save it on your device.
How to Edit PDF Unsigned W 9 Forms on G Suite
G Suite is a widespread Google's suite of intelligent apps, which is designed to make your workforce more productive and increase collaboration between you and your colleagues. Integrating CocoDoc's PDF document editor with G Suite can help to accomplish work effectively.
Here are the guidelines to do it:
- Open Google WorkPlace Marketplace on your laptop.
- Seek for CocoDoc PDF Editor and install the add-on.
- Attach the PDF that you want to edit and find CocoDoc PDF Editor by selecting "Open with" in Drive.
- Edit and sign your paper using the toolbar.
- Save the customized PDF file on your device.
PDF Editor FAQ
Expert programmers, if I were to give you the code to some random program without telling you the name of said program, how long would it take you to figure out what the program does without actually executing the code?
It depends, just have look at this beauty[1] : /* <body bgcolor = 0 > <img src= cube.gif><!-- */ #define _ ] [ /* ; ; ; ; */ #include <string.h> /* ; ; */ #include <stdio.h> /* ; ; ; */ #define K(o,O) L o=0; o<O ; o++) #define H unsigned long long #define /* ; ; ; ; ; ; } */ W ]= #define /* ; ; ; ; ; ; */ L for( #define /* ; ; ; ; ; ; */ J if ( #include <stdlib.h> /*; ; ; ; */ #define Z (j*3+j/9*3+2)%10+j/9*9 int s[ ] = { 186, 94, 1426, 3098 ,1047 , 122 , 1082 , 3083 , 1039 , 569 , 527 , 1054 , 531 } ; #define P( o , O ,l) K(C,o)\ fputc ( ( O )[ C ] -l, G); #define Y strncpy( /* */ int j,k,l,v,c,C,O[64],n[ 64],*o,q[13 _ 13],u,d,f,g[ W{ 8,7,6,6,6,6 } ; H p [13 _ #define M memset(E[c]+j*298+v\ *a+88-u*5+586*( u*5+152-i/16*a+C 13 _ 432],r,w,t,b,S[13]; FILE*G; char E[13 _ 168840],*A="||||||", *D=" { ; wb; aa; aaaa}a \ 0z00Zzz} { z0z} ",Q[64 _ 60 ],*F ="+ +",T [43]; int main( int I,char**V){ int i,h,B,a,m; H #define R(z){ x=h=0; K(j,27)h|=\ (c>> j&1 )<<z ; ; ; } c=h; ; ; ; x; J I>1)B=C=atoi(V[1]); J !d)K( v,13){ h=s[v]; J B<0){ k=h>>18 ^h&511; h^= k<<18|k; C=-C; } K(k,7){ J k==4)R(Z)R(j+(j- " /@"[j/9]+38)/3*6-6)K(l ,4){ R(Z)K(a,9) x|=((H)c >>a*3&7)<<a*4 +a/3*4; K(a, 96){ m=a-37; r=m<0?x>>-m:x<< m; J!(x!=(m<0?r<<-m:r>>m)||r&r /2&0x888888888888888ULL||r&r>>4& 0xF000F000F000ULL)){ p[0 _ v _ q [v _ 0]++W r; K(j,q[v _ 0]-1)J p [0 _ v _ j]==r)q[v _ 0]--; } } } } } h=d; x=w; m=q[f _ h]; a=f; u |=1<<a; B=u; K(i,m){ w|=S[a W p[ d _ a _ i]; r: d++; v=*s; t=w; L j=1; j<13; j++){ J u>>j&1^1){ b= c=k=0; l=q[j _ h]; L; k<l; k++){ r=p[h _ j _ k]; J!(w&r))b|=p[d _ j _ c++W r; } J!c) goto n; J c ==1){ w|=S[j W b; u|=1<<j; J d==12){ J--C<1){ K(c,64)O[ c W-1; x=0; K(c,13){ r=~ 0; K(j,13)J S[j]<r&&S[j] >x)r=S[j]; K(i,64){ n[i W- 1; memset(Q[i],32,59); } K(i ,64){ J r>>i&1)O[i W n[i W c ; K(j,2){ o=j?O:n; k=o[i]; u=i&d ; v=i&3; a=48; J k+1){ C=k==c; Y T ,"+----+/ /|+----+ || | +\ | |/+----+",43); J!C&&v&&o[i- 1]==k)T[6 W T[21 W T[29 W 32 ; J u&&o[i-4]==k){ Y T,C?"//////":F, 6); J v==3||o[i-3]<0)T[d W T [20 W C?47:32; } J i&a&&o[i-16]==k){ J u==d||o[i-d]<0)Y T+36,C?A:F,6) ; J!C)J v==3|| o[i-15]<0) T[35 W 32; } J C){ Y T+7,"////",4); T [19 W T[27 W 47; Y T+22,A,4) ; Y T+30,A,4); } K(C,6)Y Q [9-i/16*3+u/2+C]+v*5-u/2 +j*30+g[C],T+"06=EMT"[C] -a,20-g[C]-g[5-C]); K(C,a) { M)+28,m=k+33,h=20); M+h)-h ,k+49+u/4*16,a); } K(C,h){ M)- C,k+17,a); M)+a-C,m,C); M+a)+28, m,h-C); } } } } K(i,21)puts(Q[i] ); x=r; } G=fopen("cube.gif", D+ 11); P(13,"qspbc\213t,J+ **",42) K(i,8)P(a,D,h+" H Zbjm "[i]+C)P( 19,"F$0sjyxhfujWSU(&%%%",37)K(i, 13){ P(19,"K#.3 ***V****t,J+*1", 42)K(j,1340){ P(2," !",161)P(126 ,E[i]+j*126,0)}P(3+i/d,"!\241 [" ,32 ) } exit(0); } goto n; }else goto r; } J c<v) { f=j; v=c; } q[j _ d W c; t|=b; } } J!~t) main(0,0); n:u=B; w=x; d=h ; } u^=1<<a ; } /*--> */ Footnotes[1] https://www.ioccc.org/2006/sykes1/sykes1.c
Is there a limit on how many times a bill collector can call you per day if you don’t answer?
Probably not. Here is an idea. Record the phone call you are going to pick up. Speak clearly and slowly just continue speaking over THEM.if they continue speaking… THEY are trained to try to speak over you attempting to confuse and to get you to engage with THEM… Remember, THEY are recording the call also!!!Pick up the phone once and just lead into… “this call is being recorded. Please put all your questions in writing, date your letter of questions and sign your letter. Send the letter to the address ‘You' already have. Please ‘STOP' calling this number.” REPEAT YOUR STATEMENT IF YOU GET FLUSTERED… CONTINUE. Hang up. Do not proceed into any conversation. ‘THEY’ have all Your information (NAME, ADDRESS, TELEPHONE NUMBER AND ACCOUNT NUMBER)‘DO NOT ENGAGE THEM IN CONVERSATION. MAKE YOUR STATEMENT AND HANG UP!’[Do not let them interrupt you… continue making your statement. THEY are recording the call as well…]In the meantime… get yourself some blank W-9's. If you happen to receive a letter of questions as per Your instructions specific questions, dated and with wet ink ‘SIG-NATURE'! If not, make a copy and put it back in the same envelope. With a larger envelope place THEIR unsigned correspondence back into a larger envelope with the W-9 with THEIR NAME in box 1 & 2… and mail it back immediately!!! With three (3) days (72) hours… just get back in the mail immediately. Send it back with delivery confirmation.There… try that. It's not as complicated as it seems… That ‘debt' that THEY are attempting to ‘collect' has already been ‘paid’ with the insurance You provided at the Opening of the account.They are merely attempting to get You to re-contract. And THEY are using The U.S. Mail for THEIR private gain without license…. That's mail fraud. Do not let these private debt collectors bully you…!Good luck.
What are some interesting puzzles asked in computer science programming technical interviews?
#1.Write an efficient C program to count the number of bits set in an unsigned integer.i/p o/p==== ===0(00) 01(01) 12(10) 13(11) 2..... ...#2.Given a string s1 and a string s2, write a snippet to say whether s2 is a rotation of s1 using only one call to strstr routine?(eg given s1 = ABCD and s2 = CDAB, return true,given s1 = ABCD, and s2 = ACBD , return false)#3.What's the <condition> so that the following code snippet prints both HelloWorld if(<condition>) printf ("Hello"); else printf("World"); #4.Change/add only one character so that the following program prints * exactly 20 times. (There are atleast 3 solutions to this problem.) int main() { int i, n = 20; for (i = 0; i < n; i--) printf("*"); return 0; } #5.Describe an algorithm for reversing the words in a string; for example ”Myname is Amit Agarwal” becomes ”Agarwal Amit is name My”.#6.There is a 100-story building and you are given two eggs. The eggs have an interesting property that if you throw the egg from a floor number < x, it will not break,and it will always break if the floor number is ≥ x. Assuming that you can reuse the eggs which didn’t break, give an algorithm to find x in minimal number of throws.#7.In C, copying of array as follows is not possible: int a[10],b[10]; a = b; a = GetAnArrayOfTenElements(); Can you think of a simple hack, which would enable you to get this effect?#8.The distance between cities A and B is 1000 km. We have 3000 bananas in city A, and an elephant that can carry at most 1000 bananas at once. The elephant must eat a banana every 1km; it cannot go furhter if it runs out of the banana supply. What is the maximum number of bananas that can be transferred to the city B?#9.Given an 8x8 chessboard, calculate:• The number of subsquares in the board.• The number of subrectangles in the board.Note that rectangles are restricted to having different width and height.#10.A man has two cubes on his desk. Every day he arranges both cubes so that the front faces show the current day of the month. What numbers are on the faces of the cubes to allow this?#11.Given 6 match-sticks of equal length, you are asked to form 4 equilateral triangles. You are not allowed to break, split or bend the sticks.#12.Given 13 balls, how would you arrange them in 9 lines, such that there are 4 balls in each line? You can assume that the lines are arranged in 2-D space and that a ball cannot be placed on top of another ball.Bonus: if you find that too easy, and have loads of time to kill, then how about arranging 22 balls in 21 lines of 4?#13.A skier must decide every day she goes skiing whether to rent or buy skis, unless or until she decides to buy them. The skier does not know how many days she will go on skiing before she gets tired of this hobby. Suggest a strategy for the skier minimizing her cost, given the cost of rent is 1 unit, and the cost to buy the skis is B units where B>>1.#14.If two of the below statements are false, what chance is there that the egg came first?1. The chicken came first.2. The egg came first.3. Statement I is false and Statement II is true.#15.You are travelling in the jungles of Africa, when you are caught by a tribe of barbarians. They allow you to choose between death or solving their great challenge:You are blindfolded and taken to a room, where you are asked to kneel. You feel hundreds of circular discs lying in front of you. You are told that one side of each disc is painted red, and the other, green. There are exactly 129 discs that currently are red side up. You have to divide the discs into two groups, such that each group has the same number of discs showing the red colour. Obviously, no peeking allowed.#16.The expected output of the following C program is to print the elements in the array. But when actually run, it doesn't do so.#include<stdio.h> #define TOTAL_ELEMENTS (sizeof(array) / sizeof(array[0])) int array[] = {23,34,12,17,204,99,16}; int main() { int d; for(d=-1;d <= (TOTAL_ELEMENTS-2);d++) printf("%d\n",array[d+1]); return 0; } Find out what's going wrong.#17.I thought the following program was a perfect C program. But on compiling, I found a silly mistake. Can you find it out (without compiling the program :-) ?#include<stdio.h> void OS_Solaris_print() { printf("Solaris - Sun Microsystems\n"); } void OS_Windows_print() { printf("Windows - Microsoft\n"); } void OS_HP-UX_print() { printf("HP-UX - Hewlett Packard\n"); } int main() { int num; printf("Enter the number (1-3):\n"); scanf("%d",&num); switch(num) { case 1: OS_Solaris_print(); break; case 2: OS_Windows_print(); break; case 3: OS_HP-UX_print(); break; default: printf("Hmm! only 1-3 :-)\n"); break; } return 0; } -------------------------------------------------------------------------------------------------------------------UPDATE-PART 2-------------------------------------------------------------------------------------------------------------------#18.There are 4 buckets of 9 coins each. Real coins weigh one gram each, and fake coins weigh 2 grams each. Each bucket is either fake (contains only fake coins) or real (contains only real coins). Given a weighing machine, how can you determine all the buckets that are fake with just one weighing?#19.How do you efficiently find the largest repeating string and the number of times it repeats in a given string? For example, given string "abc fghi bc kl abcd lkm abcdefg", the function should return string "abcd" and the count of 2.#20.Write a program that will display a ”spiral” of n × n numbers, using constant space (no arrays allowed). For example, here’s what the spiral looks like for n = 10:99 98 97 96 95 94 93 92 91 9064 63 62 61 60 59 58 57 56 8965 36 35 34 33 32 31 30 55 8866 37 16 15 14 13 12 29 54 8767 38 17 4 3 2 11 28 53 8668 39 18 5 0 1 10 27 52 8569 40 19 6 7 8 9 26 51 8470 41 20 21 22 23 24 25 50 8371 42 43 44 45 46 47 48 49 8272 73 74 75 76 77 78 79 80 81#21.The following program, when run,#include<stdio.h> void main() { int a,b,c; for (b=c=10;a="- FIGURE?, UMKC,XYZHello Folks,\ TFy!QJu ROo TNn(ROo)SLq SLq ULo+\ UHs UJq TNn*RPn/QPbEWS_JSWQAIJO^\ NBELPeHBFHT}TnALVlBLOFAkHFOuFETp\ HCStHAUFAgcEAelclcn^r^r\\tZvYxXy\ T|S~Pn SPm SOn TNn ULo0ULo#ULo-W\ Hq!WFs XDt!" [b+++21]; ) { for(; a-- > 64 ; ) { putchar ( ++c=='Z' ? c = c/ 9:33^b&1); } } } Gives as output,What is the logic used here?#22.Write a recursive function which generates the power set of a given set. The set is passed to the function as a string, and the function should print the subsets as strings.Example: given "abc", the function should print (the empty string, encode it somehow), a, b, ab, c, ac, bc, abc.#23.What's the expected output for the following program and why?enum {false,true}; int main() { int i=1; do { printf("%d\n",i); i++; if(i < 15) continue; }while(false); return 0; } #24.The following program doesn't "seem" to print "hello-out". (Try executing it)#include <stdio.h> #include <unistd.h> int main() { while(1) { fprintf(stdout,"hello-out"); fprintf(stderr,"hello-err"); sleep(1); } return 0; } What could be the reason?#25.The following C program segfaults of IA-64, but works fine on IA-32.int main() { int* p; p = (int*)malloc(sizeof(int)); *p = 10; return 0; } Why does it happen so?#26.Here is a small piece of program(again just 14 lines of program) which counts the number of bits set in a number.Input Output0 0(0000000)5 2(0000101)7 3(0000111)int CountBits (unsigned int x ) { static unsigned int mask[] = { 0x55555555, 0x33333333, 0x0F0F0F0F, 0x00FF00FF, 0x0000FFFF } ; int i ; int shift ; /* Number of positions to shift to right*/ for ( i =0, shift =1; i < 5; i ++, shift *= 2) x = (x & mask[i ])+ ( ( x >> shift) & mask[i]); return x; } Find out the logic used in the above program.--------------------------------------------------------------------------------------------------------------Update-Part 3--------------------------------------------------------------------------------------------------------------#27 Write a program to count the number of 1's which occur in the page number of a book of n pages.Bonus: Generalize this for numbers other than 1.
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