Qfyilyi

So I'm trying to write up a document in Rstudio, and I have many sentences with in-line LaTeX expressions. Some of these sentences, I want to either boldface entirely, or make them into document headers. When I do this, I can only get the normal text to format into boldface, but the LaTeX does not change (it renders, but does not boldface along with the normal text).

A second, but related question--if I want to create ordered lists, or just indent a line with a LaTeX expression and have it in boldface, is it possible to do this?

For example:

**(a) Prove that $E(b_R) = beta_1 + Pbeta_2$.**



###(a) Prove that $E(b_R) = beta_1 + Pbeta_2$.  

In both examples, the text "Prove that" correctly goes bold, but the rest does not. Any advice on the easiest way to get the whole sentence into a consistent look?

For the second case, suppose I want to indent the line and/or I want to have two lines, with the second being part of a list connected to the first. Is is possible to boldface either of these cases for the entire line, including the LaTex expression.

For the second case:

**(a) How to indent this line, and boldface everything: Prove that $E(b_R) = beta_1 + Pbeta_2$.**  



***(a) How can I make this an un-ordered list, all boldface: Prove that $E(b_R) = beta_1 + Pbeta_2$.**    

    **+(a) Can this line be a subpoint to the first, in all boldface? Prove that $E(b_R) = beta_1 + Pbeta_2$.**    

Thanks for any tips.

You can add some code that automatically switches on boldmath once bfseries is used, c.f. https://tex.stackexchange.com/a/124311/140850:

---

output: pdf_document

---



makeatletter

g@addto@macrobfseries{boldmath}

makeatother



**(a) Prove that $E(b_R) = beta_1 + Pbeta_2$.**



### (a) Prove that $E(b_R) = beta_1 + Pbeta_2$.  



**(a) How to indent this line, and boldface everything: Prove that $E(b_R) = beta_1 + Pbeta_2$.**  



***(a) How can I make this an un-ordered list, all boldface: Prove that $E(b_R) = beta_1 + Pbeta_2$.**    

    **+(a) Can this line be a subpoint to the first, in all boldface? Prove that $E(b_R) = beta_1 + Pbeta_2$.** 

Output:

Of course it would be better to add that code to some tex file that is included.