GitHub Action pushing new questions

Author: firasm

content/index.md

@@ -47,11 +47,11 @@ What is the dimensions of the coefficient of drag?
 
 Note that it may not be necessary to use every variable. Use the following table as a reference for each variable:
 
-| For  | Use |
+| For | Use |
 | ---- | ----|
-| $M$  | M   |
-| $L$  | L   |
-| $T$  | T   |
+| $M$ | M |
+| $L$ | L |
+| $T$ | T |
 
 ## Attribution
 

content/public/001.Math/Algebra/Dimensions of Drag/Dimensions of Drag.md

@@ -49,26 +49,26 @@ myst:
   substitutions:
     params:
       vars:
-        name: Lorenzo
+        name: Mateo
         title: Smudge
 ---
 # {{ params.vars.title }}
 {{ params.vars.name }} is writing a physics test, and their formula sheet has a smudge on it, making it hard to read the exponent of one of their equations, which describes the energy stored in a spring.
 Their copy reads $U = \frac{1}{2}kx^?$, where $?$ represents the number that they can't read.
 Rather than asking the instructor (WHICH YOU SHOULD ALWAYS DO WHEN WRITING A TEST!), {{ params.vars.name }} decides to use dimensional analysis to figure out the power.
-{{ params.vars.name }} remembers that the units of energy, $U$, are \[$U$\] = $J$ = $Nm$, the units of the spring constant, $k$, are \[$k$\] = $\frac{\text{N}}{\text{m}}$, and the units of position, $x$, are \[$x$\] = $m$,  where 1 $N$ = 1 $kg$ $\frac{\text{m}}{\text{s}^2}$.
+{{ params.vars.name }} remembers that the units of energy, $U$, are [$U$] = $J$ = $Nm$, the units of the spring constant, $k$, are [$k$] = $\frac{\text{N}}{\text{m}}$, and the units of position, $x$, are [$x$] = $m$, where 1 $N$ = 1 $kg$ $\frac{\text{m}}{\text{s}^2}$.
 
 ## Part 1
 
 Express the units of $U$ in terms of $kg$, $m$ and $s$.
 
 Note that it may not be necessary to use every variable. Use the following table as a reference for each variable.
 
-| For  | Use   |
+| For | Use |
 |----------|-------|
-| $kg$  | kg  |
-| $m$  | m  |
-| $s$  | s  |
+| $kg$ | kg |
+| $m$ | m |
+| $s$ | s |
 
 ### Answer Section
 
@@ -78,11 +78,11 @@ Express the units of $k$ in terms of $kg$, $m$ and $s$.
 
 Note that it may not be necessary to use every variable. Use the following table as a reference for each variable.
 
-| For  | Use   |
+| For | Use |
 |----------|-------|
-| $kg$  | kg  |
-| $m$  | m  |
-| $s$  | s  |
+| $kg$ | kg |
+| $m$ | m |
+| $s$ | s |
 
 ### Answer Section
 

content/public/001.Math/Algebra/Smudge/Smudge.md

@@ -32,24 +32,24 @@ myst:
     params:
       vars:
         title: Vehicle Velocity
-        vehicle: car
+        vehicle: sedan
         units: $m/s$
-      i_1: 1
+      i_1: 4
       i_2: 3
       j_1: 7
       j_2: 2
-      s: 1
+      s: 3
       part1:
         ans1:
-          value: (-1$\hat{\imath}$ - 1$\hat{\jmath}$)
+          value: (21$\hat{\imath}$ + 479/9$\hat{\jmath}$)
         ans2:
-          value: (-1$\hat{\imath}$ + 6$\hat{\jmath}$)
+          value: (21$\hat{\imath}$ + 54$\hat{\jmath}$)
         ans3:
-          value: (-2$\hat{\imath}$ + 9$\hat{\jmath}$)
+          value: (27$\hat{\imath}$ + 169/3$\hat{\jmath}$)
         ans4:
-          value: (-2$\hat{\imath}$ - 1$\hat{\jmath}$)
+          value: (27$\hat{\imath}$ + 479/9$\hat{\jmath}$)
         ans5:
-          value: (-1$\hat{\imath}$ + 9$\hat{\jmath}$)
+          value: (21$\hat{\imath}$ + 169/3$\hat{\jmath}$)
 ---
 # {{ params.vars.title }}
 A {{ params.vars.vehicle }}'s position as a function of time is given by $\vec{r} =$ ({{ params.i_1 }}$t^2 -$ {{ params.i_2 }}$t)\hat{\imath} + ($ {{ params.j_1 }}$t^{-1}+$ {{ params.j_2 }} $t^3)\hat{\jmath}$ where $\vec{r}$ is in meters and $t$ is in seconds.

content/public/001.Math/Derivatives/Vehicle_Velocity/Vehicle_Velocity.md

@@ -33,17 +33,17 @@ myst:
       vars:
         title: Velocity to Acceleration
         units: $m/s^2$
-      c: 1.3
+      c: 0.6
       t: 2
       part1:
         ans1:
-          value: 0.33
+          value: 0.15
         ans2:
-          value: -0.33
+          value: -0.15
         ans3:
-          value: -0.33
+          value: -0.15
         ans4:
-          value: 0.33
+          value: 0.15
         ans5:
           value: The acceleration is 0
 ---

content/public/001.Math/Derivatives/Velocity Derivatives/velocity_derivative.md

@@ -34,13 +34,13 @@ myst:
         title: Math Diagnostic01
       part1:
         ans1:
-          value: 2.3E46
+          value: 9.6E30
         ans2:
-          value: 4.5E7
+          value: 4.3E4
         ans3:
-          value: 8731.800418368457
+          value: 4221.521560096523
         ans4:
-          value: '4.2E-83'
+          value: '6.9E-22'
         ans5:
           value: Don't Know
 ---

content/public/001.Math/Diagnostic/math_diagnostic01/math_diagnostic01.md

@@ -33,17 +33,17 @@ myst:
     params:
       vars:
         title: Math Diagnostic02
-      x: 541.9998137
-      sf: 5
+      x: 175.45251986
+      sf: 6
       part1:
         ans1:
-          value: 542.0
+          value: 175.453
         ans2:
-          value: 542.1
+          value: 175.553
         ans3:
-          value: 541.99981
+          value: 175.45252
         ans4:
-          value: 532.0
+          value: 165.453
 ---
 # {{ params.vars.title }}
 

content/public/001.Math/Diagnostic/math_diagnostic02/math_diagnostic02.md

@@ -33,16 +33,16 @@ myst:
     params:
       vars:
         title: Math Diagnostic03
-        formula: 8x + -7 > -4x + 10
+        formula: -2x + -3 > -6x + 6
       part1:
         ans1:
-          value: x > 17/12
+          value: x > 9/4
         ans2:
-          value: x < 17/12
+          value: x < 9/4
         ans3:
-          value: x < 12/17
+          value: x < 4/9
         ans4:
-          value: x > 12/17
+          value: x > 4/9
         ans5:
           value: Don't Know
 ---

content/public/001.Math/Diagnostic/math_diagnostic03/math_diagnostic03.md

@@ -33,18 +33,18 @@ myst:
     params:
       vars:
         title: Math Diagnostic05
-      expr: $\dfrac{x}{2}$
-      num2: 9
-      num3: 10
+      expr: $\dfrac{x}{4}$
+      num2: 2
+      num3: 2
       part1:
         ans1:
-          value: 180
+          value: 16
         ans2:
-          value: 9/2
+          value: 1/2
         ans3:
-          value: 20
+          value: 8
         ans4:
-          value: '45'
+          value: '1'
         ans5:
           value: Don't Know
 ---

content/public/001.Math/Diagnostic/math_diagnostic05/math_diagnostic05.md

@@ -33,18 +33,18 @@ myst:
     params:
       vars:
         title: Math Diagnostic06
-      eq: $\dfrac{x-1}{x-5}$ = $ \dfrac{x+2}{x+9}$
+      eq: $\dfrac{x-2}{x-8}$ = $ \dfrac{x+3}{x+9}$
       part1:
         ans1:
-          value: -43/17
+          value: '-3'
         ans2:
-          value: -1/11
+          value: -1/2
         ans3:
-          value: 43/5
+          value: '33'
         ans4:
-          value: 13/17
+          value: 1/2
         ans5:
-          value: -23/7
+          value: -43/6
         ans6:
           value: None of the above
 ---