#import "mod.typ": *

#show: book-page.with(title: "LaTeX Mit exam template")

= LaTeX Mit exam template

Examples of LaTex Mit exam template.


// [![Example LaTex Mit template](assets/exam-latexmit-example.png){: width="450" }](../assets/exam-latexmit-example.pdf)

// <!-- [Download pdf LaTex Mit template](assets/exam-latexmit-example.pdf)   -->

// [Edit example in typst.app](https://typst.app/project/rRYcxOVDv6fubPsGL0m43B)


// <!-- {% highlight typ %}
// #import "@preview/g-exam:0.4.0": *

// #show: g-exam.with(
//   author: (
//     name: "<NAME>", 
//     email: "<EMAIL>", 
//     watermark: "Teacher: Ferdinand",
//   ),
// {% endhighlight %} -->

// ```python
// #import "@preview/g-exam:0.4.0": *

// #show: g-exam.with(
//   author: (
//     name: "<NAME>", 
//     email: "<EMAIL>", 
//     watermark: "Teacher: Ferdinand",
//   ),
// ```

// ```typst
// #import "@preview/g-exam:0.4.0": *

// #show: g-exam.with(
//   author: (
//     name: "<NAME>", 
//     email: "<EMAIL>", 
//     watermark: "Teacher: Ferdinand",
//   ),
//   school: (
//     name: "Sunrise Secondary School",
//     logo: read("./logo.png", encoding: none),
//   ),
//   exam-info: (
//     academic-period: "Academic year 2023/2024",
//     academic-level: "1st Secondary Education",
//     academic-subject: "Mathematics",
//     number: "2nd Assessment 1st Exam",
//     content: "Radicals and fractions",
//     model: "Model A"
//   ),
  
//   language: "en",
//   decimal-separator: ",",
//   date: "November 21, 2023",
//   show-student-data: "first-page",
//   show-grade-table: false,
//   question-points-position: left,
//   clarifications: "Answer the questions in the spaces provided. If you run out of room for an answer, continue on the back of the page."
// )

// #g-question[Is it true that $x^n + y^n = z^n$ if $(x,y,z)$ and $n$ are positive integers?. Explain.] 
// #v(1fr)

// #g-question[Prove that the real part of all non-trivial zeros of the function $zeta(z) "is" 1/2$].
// #v(1fr)

// #g-question[Compute
// $ integral_0^infinity (sin(x))/x $
// ]
// #v(1fr)

// ```

