Who Is This Tag Registered To 3b8-3c0
Sharing latex code...
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I utilize Scientific Workplace to write down math equations and also to create documents involving mathematics and to exercise calculations. Although nearly people use it for writing science articles, I've found information technology extremely helpful for whatever lilliputian scrap of mathematics I exercise.
I face a problem when I need to share my work with someone, say, on this forum. Mostly I take a screenshot of my piece of work and share it like this. But I can imagine that information technology's not easy for a person who is trying to assist me to correct whatever fault in my calculations or to point out a sure fragment or equation from the screenshot. What can I exercise to brand information technology piddling easier and user-friendly for others? The software tin produce xHTML folio too but the forum doesn't back up the format. When I endeavor to re-create the latex code for the linked screenshot, I get the following which doesn't make much sense and I don't know how to put into proper latex form so it can be fabricated work here.
038<p type="texpara" tag="Body Text" >$\U{394} P=\frac{8\U{3bc} LQ}{\U{3c0} R\U{2074} }$ 038<p type="texpara" tag="Body Text" >$\U{394} P$ is the pressure deviation betwixt the two ends 038<p type="texpara" tag="Trunk Text" >$L$ is the length of pipe, $1$ $km$ 038<p type="texpara" tag="Body Text" >$\U{3bc} $ is the dynamic viscosity, $eight.90\times 10^{-4}$ $Pa$\textperiodcentered $south$ 038<p type="texpara" tag="Torso Text" >$Q$ is the volumetric flow rate, $2m^{3}/s$ 038<p type="texpara" tag="Body Text" >$R$ is the piping radius, $0.2m$ 038<p type="texpara" tag="Trunk Text" > 038<p type="texpara" tag="Trunk Text" >$\U{394} P=\frac{8\U{3bc} LQ}{\U{3c0} R\U{2074} }=\frac{viii\ast 8.90\times ten^{-four}\ast 997.6\ast 2}{\U{3c0} \ast 0.2^{4}}=\allowbreak \frac{8878.\,\allowbreak 6}{\U{3c0} }=2826$ $Pa$ Please let me know that how I tin can make information technology little easier for others. Thank you.
Answers and Replies
##\Delta P=\dfrac{8\mu LQ}{\pi R^4 }##
##\Delta P## is the force per unit area deviation between the two ends
##L## is the length of pipe, ##1\text{ km}##
##\mu ## is the dynamic viscosity, ##8.xc\times 10^{-4}\text{ Pa}\cdot\text{southward}##
##Q## is the volumetric menses rate, ##2\,\dfrac{\text{m}^three}{\text{s}}##
##R## is the pipage radius, ##0.2\text{ m}##
##\Delta P=\dfrac{8\mu LQ}{\pi R^4 }=\dfrac{8\cdot 8.90\times 10^{-4}\cdot 997.half dozen\cdot 2}{\pi \cdot 0.2^{4}}=\dfrac{8878.6}{\pi}=2826 \text{ Pa}##
Quote my postal service to see the difference betwixt what you have in Scientific Workplace and what I posted above.
You could simply write information technology out similar this:##\Delta P=\dfrac{8\mu LQ}{\pi R^four }##
##\Delta P## is the force per unit area difference between the two ends
##50## is the length of pipe, ##ane\text{ km}##
##\mu ## is the dynamic viscosity, ##8.ninety\times 10^{-4}\text{ Pa}\cdot\text{southward}##
##Q## is the volumetric flow rate, ##ii\,\dfrac{\text{one thousand}^3}{\text{southward}}##
##R## is the pipage radius, ##0.2\text{ m}##
##\Delta P=\dfrac{8\mu LQ}{\pi R^4 }=\dfrac{viii\cdot 8.90\times ten^{-4}\cdot 997.6\cdot ii}{\pi \cdot 0.2^{iv}}=\dfrac{8878.half-dozen}{\pi}=2826 \text{ Pa}##
Quote my postal service to come across the difference between what you have in Scientific Workplace and what I posted in a higher place.
Thank yous.
I believe that you typed it out over again here. The problem is that it would just require me re-type everything and it would leave Scientific Workplace (SW) useless as far equally simply writing downward a certificate goes. Do yous encounter whatever easy way to set up my SW lawmaking so that I could only share it? Cheers.
Thank you.I believe that you lot typed information technology out once again here. The problem is that it would just require me re-blazon everything and it would leave Scientific Workplace (SW) useless equally far as just writing down a document goes. Do you lot run across any like shooting fish in a barrel way to fix my SW code so that I could simply share it? Thank you.
I copy/pasted what you included in the CODE box into a text editor (Notepad++), and then used the replace role to remove the leading "038" and the opening HTML paragraph tag. Then I replaced the \U{30} characters with the equivalent ##\LaTeX## symbols, and a few other minor adjustments.
I retrieve the chief difference is that in your piece of work environs dollar signs are used equally delimiters, whereas hither double pound signs are used. You may get away with simply replacing those, as I suspect the other things were a consequence of you copying HTML rather than your raw text.
Double pound for inline, double dollar sigh for new line.I think the principal deviation is that in your work environment dollar signs are used as delimiters, whereas hither double pound signs are used.
Double pound for inline, double dollar sigh for new line.
Ah...I noticed the TEX tags besides serve as display type delimiters. Double dollar is easier...cheers!
Correct tex and itexAh...I noticed the TEX tags also serve as display type delimiters. Double dollar is easier...thanks!
I employ Scientific Workplace 5.l but just downloaded SW half dozen to experiment with it. The latex lawmaking beneath was generated past SW six and I simply replaced "$" with ""##" using Notepad++. Information technology looks a niggling better compared to the previous ane. I believe that information technology'd brand a fiddling easier for others.
Do you know of any free online latex viewer and editor? I found this https://latexbase.com/ which isn't actually working for me. Thanks.
##\Delta P =\frac{8 \mu Fifty Q}{\pi R {\small\fbox{2074}} }##
##\Delta P## is the pressure departure betwixt the two ends
##L## is the length of pipe, ##1## ##k k##
##\mu ## is the dynamic viscosity, ##8.ninety \times x^{ -4}## ##P a##{\textperiodcentered}##south##
##Q## is the volumetric flow rate, ##2 yard^{3}/due south##
##R## is the pipe radius, ##0.2 m##
##\Delta P =\frac{8 \mu 50 Q}{\pi R {\small\fbox{2074}} } =\frac{8 \ast 8.xc \times x^{ -iv} \ast 997.half dozen \ast 2}{\pi \ast 0.2^{four}} =\frac{8878.\,6}{\pi } =2826## ##P a##
The conversion to TEX doesn't seem similar it will help you lot much since information technology's introducing several bug itself. Unless yous can copy and modify the raw code for the original you are working on, posting a picture like you first mentioned is probably your best bet.The latex code below was generated by SW 6 and I simply replaced "$" with ""##" using Notepad++. It looks a picayune improve compared to the previous one. I believe that it'd brand a piffling easier for others.
Give thanks you lot, everyone.I use Scientific Workplace 5.l merely merely downloaded SW 6 to experiment with information technology. The latex code beneath was generated past SW 6 and I but replaced "$" with ""##" using Notepad++. It looks a little better compared to the previous one. I believe that it'd make a lilliputian easier for others.
Do you know of any free online latex viewer and editor? I establish this https://latexbase.com/ which isn't really working for me. Cheers.
##\Delta P =\frac{8 \mu Fifty Q}{\pi R {\small\fbox{2074}} }##
##\Delta P## is the force per unit area departure betwixt the two ends
##L## is the length of pipe, ##1## ##1000 m##
##\mu ## is the dynamic viscosity, ##viii.xc \times x^{ -4}## ##P a##{\textperiodcentered}##due south##
##Q## is the volumetric flow charge per unit, ##ii m^{3}/south##
##R## is the pipe radius, ##0.two g##
##\Delta P =\frac{8 \mu 50 Q}{\pi R {\pocket-sized\fbox{2074}} } =\frac{8 \ast viii.ninety \times 10^{ -iv} \ast 997.6 \ast 2}{\pi \ast 0.2^{iv}} =\frac{8878.\,six}{\pi } =2826## ##P a##
Are you actually writing the LaTeX, or is Scientific Workplace generating it? Because some of your LaTeX is just incorrect. \textperiodcentered should not appear in mathmode. The correct control is much simpler: \cdot. Besides, I'g non sure where \small\fbox{2074} came from. From the epitome you shared earlier, information technology looks similar you but want to raise R to the fourth ability, which should just be R^4.
You need to exist using the commands from the amsmath parcel, as that is standard, and what is implemented (mostly) on PF.
I don't actually have anything useful to contribute regarding your question, but I only wanted to touch base as a young man SWP 5.5 user. I use information technology all the time, for nearly everything I write which is all day almost every day. It is great software, and the support services are great every bit well.
Are you really writing the LaTeX, or is Scientific Workplace generating it? Because some of your LaTeX is simply wrong. \textperiodcentered should not appear in mathmode. The correct command is much simpler: \cdot. Also, I'm not sure where \small\fbox{2074} came from. From the image you lot shared earlier, it looks similar you lot just want to heighten R to the fourth ability, which should just be R^four.
Thank you lot.
It was generated by SW half dozen.
Whenever I try to quote a post which uses latex, the quoted post doesn't compile the lawmaking. For example, I tried to quote some parts of this mail service here but it doesn't work.
Could you please help me to resolve this issue?
Give thanks you!
highlight-to-quote won't copy the latex considering there is underlying code the browser doesn't pickup. Y'all need to click the "reply" link at the end of a post.Could you delight help me to resolve this event?
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Who Is This Tag Registered To 3b8-3c0,
Source: https://www.physicsforums.com/threads/sharing-latex-code.926251/
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