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API 6D exceeds API 598 in both pressure and duration.
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∙ 12y ago
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What is the difference between API 6FA and API 607?
Both deal with valves. API6FA is for API 6A and 6D. API607 applies to soft-seated, quarter-turn valves.
What is the equivalent of API 6D in BS Standard?
= BS EN ISO 17292:2004 = it is better to use ISO 14313 2007 edition as most practical and coverage for Pipeline valves
How do you write a c program that reads a six digit integer and prints the sum of its six digits?
int sum_digits (int num) { int sum; sum =0; while (num) { sum += num % 10; num /= 10; } return sum; } Example usage: int main (void) { int i; printf ("Input a 6-digit number: "); scanf ("%6d", &i); printf ("The sum of the digits in %d is: %d\n", i, sum_digits (i)); return 0; }
What is a Java program that finds the greatest common factor of two integers?
The easiest way to find the greatest common denominator of two integers with a computer program is to use the Euclidean algorithm. Of the most popular methods of finding the GCD of two numbers, the Euclidean algorithm does it with the least amount of work and requires the least amount of code.In order to understand the Euclidean algorithm, you'll need to know a few division terms:The dividend is the number to be divided.The divisor is the number being divided by.The quotient is the number of times the divisor divides into the dividend.The remainder is the amount "left over" when the divisor cannot go into the dividend an integral number of times.18A divided by 12B gives a quotient of 1C and a remainder of 6D. A is the dividend, B is the divisor, C is the quotient, and D is the remainder.The Euclidean algorithm works like this:Check if either of the two integers is 0. If so, there is no solution (Ø), as a number cannot share a GCD with zero. Besides, division by zero is a big no-no.Check if either of the two integers is 1. If so, 1 is the GCD.Divide the larger of the two integers by the smaller.Divide the divisor of the previous division operation by the remainder of the previous operation.Repeat step four until the remainder equals zero. When the remainder equals zero, the divisor of the last operation is the GCD.If you still don't get it, try looking at the Euclidean algorithm in action:Find the GCD of 84 and 18.Check to see if either 84 or 18 is equal to 0. Nope. Continue on...Check to see if either 84 or 18 is equal to 1. Nope. Continue on...Since 84 is larger than 18, divide 84 by 18. Quotient is 4, remainder is 12.Take the divisor of the last operation (18) and divide it by the remainder of the last operation (12). Quotient is 1, remainder is 6.Take the divisor of the last operation (12) and divide it by the remainder of the last operation (6). Quotient is 2, remainder is 0.When the remainder is 0, the divisor of the last operation is the GCD. So the GCD in this case is 6.You should now have a good grasp of how the Euclidean algorithm works. Now we need to turn it into code. We'll need three variables, all of them integers:int divisor, dividend, remainder;The purpose of the variables is self-explanatory. Next, we need to make a few decisions. We need to decide if the dividend or the divisor is 0. If that test is passed, then we need to decide if the dividend or the divisor is 1. If that test is passed, then we need make sure that dividend is larger than divisor.if(dividend 1) {printf("The GCD is 1.\n");}// Make sure the dividend is greater than the divisor.if(divisor > dividend) {remainder = dividend;dividend = divisor;divisor = remainder;}// Calculate the GCD.while(remainder != 0) {remainder = dividend % divisor;dividend = divisor;divisor = remainder;}// Display the answer to the user.printf("The GCD is %i.\n", dividend);}And the GCD lived happily ever after. The end.
How do you install pro-e 3.0?
This is the ProEngineer 3.0 M90 Patch,but also work on ProEngineer Wildfire 4.0 C000 1.Insert the Pro/Engineer Disk 1 CD. 2.Autorun will open CD if not click Setup.exe 3.Take a look on the left corner in the bottom, that is your actual "HostID",remmember that number or write somewhere on paper. 4.In a "CRACK'' folder find file "ptc_li-4.0.dat" and copy somewhere on your HD. 5.Open "ptc_li-4.0.dat" with ''Notepad" and replace every occurance of with your "HostID" shown in the bottom left corner of the ProEngineer setup.The best an the fastest way is like this: 1a) Open "ptc_li-4.0.dat" with ''Notepad" 2a) In ''Notepad" klick "Edit" and "Replace" (Ctrl+H) 3a) in a "Find what:" paste ,''Replace with:" paste your "HostID" shown in the bottom left corner of the ProEngineer setup. 4a) Klick "Replace All" 5a) Klick "File" and "Save" 6a) Exit "Notepad" 6) Click "Next" 7) Check "I Accept the Agreement Terms and Conditions" Cool Click "Next" 9) Click "Pro/Engineer Pro/Engineer Mechanica" 10) Change the Destination Folder to "C:Program FilesproeWildfire 4.0" 11) change the red X to ?Install this feature? for the following: 1b) Pro/Engineer Mechanica (If you want this with Pro/Engineer,if you don't want do not change) 12) Expand the "Options" feature change the red X to ?Install this feature? for the following: 1c) J2RE 1.4.1 2c) Mold Component Catalog 3c) Pro/Plastic Advisor 4c) VERICUT (R) for Pro/ENGINEER IMPORTANT NOTE: Do not install the "J2RE 1.4.1" option if you already have a newer version installed on your system. 13) Click "Next" 14) Click "Add" 15) On license-config screen select "Locked license file (no server running)" and point to edit ptc_li-4.0.dat 16) Click "Next" 17) "Shortcut Location(s)",check "Desktop" and "Program Folder",change the Startup Directory to "C:tempProE" (this step is optional) 18) Click "Next" 19) On this screan is more optional configuration, make sure all boxes remain un-checked 20) Click "Install" 21) The installation process will begin?.. 22) When ask you remove Disk 1 and insert Disk 2. 23) Click OK 24) The installation process will continue?. 25) Remove Disk 2 and insert Disk 3 26) Click OK 27) The installation process will continue?. 28) Remove Disk 3 and insert Disk 1 29) The installation process will continue automatically 30) When the installation is complete, click Next. 31) If anyone want to install and ''PTC Distributed Services" follow this steps: (this step is optional) 1d) After Installation is finished, click Next 2d) Click "Other Products" and than click ''PTC Distributed Services" 3d) Check "I Accept the Agreement Terms and Conditions" 4d) Change the Destination Folder to "C:Program Filesptc_distributed_services" 5d) Click "Next" 6d) On license-config screen select "Locked license file (no server running)" and point to edit ptc_li-4.0.dat 7d) Click "Next" 8d) "Shortcut Location(s)",check "Desktop" and "Program Folder",change the Startup Directory to "C:tempDistr" (this step is optional) 9d) Click "Install" 10d) The installation process will begin?.. 11d) When ask you remove Disk 1 and insert Disk 2. 12d) Click OK 13d) The installation process will continue?. 14d) Remove Disk 2 and insert Disk 3 15d) Click OK 16d) The installation process will continue?. 17d) Remove Disk 3 and insert Disk 1 18d) The installation process will continue automatically 19d) When the installation is complete, click Next. 20d) Click Exit Next Steps for CRACKING: For ProEngineer: 1) Go to: C:Program FilesproeWildfire 4.0i486_ntobj and there copy and run "pro engineer.wildfire.4.0.generic-patch.exe" If "Patch" ask you to search file click "NO'',don't worry for missed files,wait little,when you see "Patch complete" exit "Patch". 2) Start "Notepad",in notepad click "File" and than "Open" in this newley open window change "Files of type'' to "All Files" and then go to "C:Program FilesproeWildfire 4.0bin in this folder find file named "proev.bat" and open with notepad.Now you have a text file of .bat process.In the bottom of this text file find the string: %start_cmd% "%CGTECH_JRE%binjavaw" -Dsun.java2d.noddraw=true -Xms24m -Xmx128m -Xss6m -classpath "%CGTECH_CLASSES%;%CGTECH_CLASSES%CGTech.jar" Vericut %argstr% and add PTC_KEY=0 at the end,like this: %start_cmd% "%CGTECH_JRE%binjavaw" -Dsun.java2d.noddraw=true -Xms24m -Xmx128m -Xss6m -classpath "%CGTECH_CLASSES%;%CGTECH_CLASSES%CGTech.jar" Vericut %argstr% PTC_KEY=0 Klick "File" in the notepad and then " Save",Exit notepad ("proev.bat") For Pro/Engineer Mechanica: (if you don't install "Pro/Engineer Mechanica" skip this step) pecmen 8 months ago For Pro/Engineer Mechanica: (if you don't install "Pro/Engineer Mechanica" skip this step) 1) Go to: C:Program FilesproeWildfire 4.0mechi486_ntbin C:Program FilesproeWildfire 4.0mechi486_ntptc C:Program FilesproeWildfire 4.0i486_ntobj and there copy and run "ptc.pro mechanica.wildfire.4.0.generic-patch.exe" For ProDistributed Services: (if you don't install "ProDistributed Services" skip this step) 1) Go to: C:Program Filesptc_distributed_servicesi486_ntobj and there copy and run "ptc.distributed.services.generic-patch.exe" That's it!Enjoy (NOT!!!!)
What is difference between API 6D and API 598?
The pressure test for API 598 is slightly less pressure and less duration than API 6D. API 6D is specifically for pipeline valves.
What is the difference between API 6A and API 6D valves?
It's quite easy. API 6A speaks about wellhead and x-mas tree equipment, API 6D speaks about pipeline valves. If you are phisically looking to one valve, you can also understand if it belows to 6A or 6D giving a look to the valve label. On the label you can read the class of the valve. If the class is 2000 or 3000 or 5000 or 10000 or 15000 or 20000 the valve is 6A. If the class is 125 or 150 or 300 or 400 or 600 or 900 or 1500 or 2500 the valve probably is a 6D ("probably" because the same classes of API 6D are used also by other API standards, like 594, 600, 608, ecc ecc).
What is the difference between API 6FA and API 607?
Both deal with valves. API6FA is for API 6A and 6D. API607 applies to soft-seated, quarter-turn valves.
What is the differences between API 6D vs API 594?
Valve standards from API - the American Petroleum Institute: * API SPEC 6D Specification for Pipeline Valves. API Specification 6D is an adoption of ISO 14313: 1999, Petroleum and Natural Gas Industries-Pipeline Transportation Systems-Pipeline Valves. This International Standard specifies requirements and gives recommendations for the design, manufacturing, testing and documentation of ball, check, gate and plug valves for application in pipeline systems. * ANSI/API 600 Bolted Bonnet Steel Gate Valves for Petroleum and Natural Gas Industries - Modified National Adoption of ISO 10434:1998.
What is the equivalent of BS 1873 in API standard?
BS Standard is a Specification for steel globe and globe stop and check valves (flanged and butt-welding ends) for the petroleum, petrochemical and allied industries the list below are standards that i wish help to you API 600 API 6D API 6A ASME B16.5 ASME B16.34
What is the equivalent of API 6D in BS Standard?
= BS EN ISO 17292:2004 = it is better to use ISO 14313 2007 edition as most practical and coverage for Pipeline valves
What is -6d equals 42 what does d equal?
If -6d = 42 then 6d = -42. then divide by 6, d = -7
What is -6d equals -42?
-6d = -42-6(7) = -42d = 7
72-6d equals 6 what is d?
72-6d=6 subtract 72 from both sides -6d=66 divide by -6 d=-11
Can you have 6d?
yes you can
What is d if the equation is 9d-19 equals 6d plus 2?
9d-19=6d+2 ... add 19 to both sides and subtract 6d from both sides... 9d-6d=2+19 3d=21 d=21/3 d=7
How do you solve c equals 6d for d?
6d = c Divide both sides by 6: d = c/d
