GitHub Action pushing new questions

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

@@ -33,9 +33,11 @@ part1:
     allow-blank: false
 myst:
   substitutions:
-    params_vars_title: Dimensions of Drag
+    params:
+      vars:
+        title: Dimensions of Drag
 ---
-# {{ params_vars_title }}
+# {{ params.vars.title }}
 
 ## Question Text
 

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

@@ -47,14 +47,16 @@ part3:
     label: $?= $
 myst:
   substitutions:
-    params_vars_name: Santiago
-    params_vars_title: Smudge
+    params:
+      vars:
+        name: Lorenzo
+        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.
+# {{ 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 $kg$ $\frac{\text{m}}{\text{s}^2}$.
+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 $kg$ $\frac{\text{m}}{\text{s}^2}$.
 
 ## Part 1
 

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

@@ -30,15 +30,23 @@ part1:
     weight: 1
 myst:
   substitutions:
-    params_vars_title: Acceleration Based On Graph
-    params_vars_units: $m/s^2$
-    params_part1_ans1_value: '-4.0'
-    params_part1_ans2_value: '-3.0'
-    params_part1_ans3_value: '0'
-    params_part1_ans4_value: '1.8'
-    params_part1_ans5_value: '3.0'
+    params:
+      vars:
+        title: Acceleration Based On Graph
+        units: $m/s^2$
+      part1:
+        ans1:
+          value: '-4.0'
+        ans2:
+          value: '-3.0'
+        ans3:
+          value: '0'
+        ans4:
+          value: '1.8'
+        ans5:
+          value: '3.0'
 ---
-# {{ params_vars_title }}
+# {{ params.vars.title }}
 <img src="Q1&Q2image.png" alt = "A graph of velocity versus time. At 0 seconds, the velocity is 4 meters per second. At 1 second, the veleocity decreases to 1 meter per second. The velocity increases and at 3 seconds the velocity is 3 meters per second. From 3 to 5 seconds, the velocity is 3 meters per second. The graph has a point labelled A and C. A is labelled at 1 second, with a velocity of 1 meters per second. C is labelled at 4 seconds with a velocity of 3 meters per second." width = 300>
 
 ## Part 1
@@ -47,11 +55,11 @@ What is the acceleration of the object at point A?
 
 ### Answer Section
 
-- {{ params_part1_ans1_value }} {{ params_vars_units}}
-- {{ params_part1_ans2_value }} {{ params_vars_units}}
-- {{ params_part1_ans3_value }} {{ params_vars_units}}
-- {{ params_part1_ans4_value }} {{ params_vars_units}}
-- {{ params_part1_ans5_value }} {{ params_vars_units}}
+- {{ params.part1.ans1.value }} {{ params.vars.units}}
+- {{ params.part1.ans2.value }} {{ params.vars.units}}
+- {{ params.part1.ans3.value }} {{ params.vars.units}}
+- {{ params.part1.ans4.value }} {{ params.vars.units}}
+- {{ params.part1.ans5.value }} {{ params.vars.units}}
 
 ## Attribution
 

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

@@ -29,34 +29,42 @@ part1:
     weight: 1
 myst:
   substitutions:
-    params_vars_title: Vehicle Velocity
-    params_vars_vehicle: truck
-    params_vars_units: $m/s$
-    params_i_1: 3
-    params_i_2: 2
-    params_j_1: 8
-    params_j_2: 3
-    params_s: 2
-    params_part1_ans1_value: (10$\hat{\imath}$ + 34$\hat{\jmath}$)
-    params_part1_ans2_value: (10$\hat{\imath}$ + 36$\hat{\jmath}$)
-    params_part1_ans3_value: (8$\hat{\imath}$ + 28$\hat{\jmath}$)
-    params_part1_ans4_value: (8$\hat{\imath}$ + 34$\hat{\jmath}$)
-    params_part1_ans5_value: (10$\hat{\imath}$ + 28$\hat{\jmath}$)
+    params:
+      vars:
+        title: Vehicle Velocity
+        vehicle: car
+        units: $m/s$
+      i_1: 1
+      i_2: 3
+      j_1: 7
+      j_2: 2
+      s: 1
+      part1:
+        ans1:
+          value: (-1$\hat{\imath}$ - 1$\hat{\jmath}$)
+        ans2:
+          value: (-1$\hat{\imath}$ + 6$\hat{\jmath}$)
+        ans3:
+          value: (-2$\hat{\imath}$ + 9$\hat{\jmath}$)
+        ans4:
+          value: (-2$\hat{\imath}$ - 1$\hat{\jmath}$)
+        ans5:
+          value: (-1$\hat{\imath}$ + 9$\hat{\jmath}$)
 ---
-# {{ 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.
+# {{ 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.
 
 ## Part 1
 
-What is the {{ params_vars_vehicle }}'s velocity at $t=$ {{ params_s }} $s$?
+What is the {{ params.vars.vehicle }}'s velocity at $t=$ {{ params.s }} $s$?
 
 ### Answer Section
 
-- {{ params_part1_ans1_value }} {{ params_vars_units}}
-- {{ params_part1_ans2_value }} {{ params_vars_units}}
-- {{ params_part1_ans3_value }} {{ params_vars_units}}
-- {{ params_part1_ans4_value }} {{ params_vars_units}}
-- {{ params_part1_ans5_value }} {{ params_vars_units}}
+- {{ params.part1.ans1.value }} {{ params.vars.units}}
+- {{ params.part1.ans2.value }} {{ params.vars.units}}
+- {{ params.part1.ans3.value }} {{ params.vars.units}}
+- {{ params.part1.ans4.value }} {{ params.vars.units}}
+- {{ params.part1.ans5.value }} {{ params.vars.units}}
 
 ## Attribution
 

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

@@ -29,31 +29,39 @@ part1:
     weight: 1
 myst:
   substitutions:
-    params_vars_title: Velocity to Acceleration
-    params_vars_units: $m/s^2$
-    params_c: 0.8
-    params_t: 10
-    params_part1_ans1_value: 0.0016
-    params_part1_ans2_value: -0.0016
-    params_part1_ans3_value: -0.008
-    params_part1_ans4_value: 0.008
-    params_part1_ans5_value: The acceleration is 0
+    params:
+      vars:
+        title: Velocity to Acceleration
+        units: $m/s^2$
+      c: 1.3
+      t: 2
+      part1:
+        ans1:
+          value: 0.33
+        ans2:
+          value: -0.33
+        ans3:
+          value: -0.33
+        ans4:
+          value: 0.33
+        ans5:
+          value: The acceleration is 0
 ---
-# {{ params_vars_title }}
-The velocity of an object moving along the x-axis is given by $v_x$ = -$ct^{-2}$, where $c$ = {{params_c}} m/s
+# {{ params.vars.title }}
+The velocity of an object moving along the x-axis is given by $v_x$ = -$ct^{-2}$, where $c$ = {{params.c}} m/s
 and $v_x$ and $t$ are in metres per second and seconds respectively.
 
 ## Part 1
 
-What is the instantaneous acceleration of the object when $t$ = {{params_t}} s?
+What is the instantaneous acceleration of the object when $t$ = {{params.t}} s?
 
 ### Answer Section
 
-- {{ params_part1_ans1_value }} {{ params_vars_units}}
-- {{ params_part1_ans2_value }} {{ params_vars_units}}
-- {{ params_part1_ans3_value }} {{ params_vars_units}}
-- {{ params_part1_ans4_value }} {{ params_vars_units}}
-- {{ params_part1_ans5_value }} {{ params_vars_units}}
+- {{ params.part1.ans1.value }} {{ params.vars.units}}
+- {{ params.part1.ans2.value }} {{ params.vars.units}}
+- {{ params.part1.ans3.value }} {{ params.vars.units}}
+- {{ params.part1.ans4.value }} {{ params.vars.units}}
+- {{ params.part1.ans5.value }} {{ params.vars.units}}
 
 ## Attribution
 

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

@@ -29,14 +29,22 @@ part1:
     weight: 1
 myst:
   substitutions:
-    params_vars_title: Math Diagnostic01
-    params_part1_ans1_value: 1.9E61
-    params_part1_ans2_value: 8.8E3
-    params_part1_ans3_value: 415.95885165947254
-    params_part1_ans4_value: '9.7E-42'
-    params_part1_ans5_value: Don't Know
+    params:
+      vars:
+        title: Math Diagnostic01
+      part1:
+        ans1:
+          value: 2.3E46
+        ans2:
+          value: 4.5E7
+        ans3:
+          value: 8731.800418368457
+        ans4:
+          value: '4.2E-83'
+        ans5:
+          value: Don't Know
 ---
-# {{ params_vars_title }}
+# {{ params.vars.title }}
 The largest of the following numbers is:
 
 *Note that you should read **E** as $ \times 10$^, or "times ten to the power of".*
@@ -45,11 +53,11 @@ The largest of the following numbers is:
 
 ### Answer Section
 
-- {{ params_part1_ans1_value }}
-- {{ params_part1_ans2_value }}
-- {{ params_part1_ans3_value }}
-- {{ params_part1_ans4_value }}
-- {{ params_part1_ans5_value }}
+- {{ params.part1.ans1.value }}
+- {{ params.part1.ans2.value }}
+- {{ params.part1.ans3.value }}
+- {{ params.part1.ans4.value }}
+- {{ params.part1.ans5.value }}
 
 ## Attribution
 

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

@@ -30,27 +30,34 @@ part1:
     weight: 1
 myst:
   substitutions:
-    params_vars_title: Math Diagnostic02
-    params_x: 253.87212695
-    params_sf: 6
-    params_part1_ans1_value: 253.872
-    params_part1_ans2_value: 253.972
-    params_part1_ans3_value: 253.872127
-    params_part1_ans4_value: 243.872
+    params:
+      vars:
+        title: Math Diagnostic02
+      x: 541.9998137
+      sf: 5
+      part1:
+        ans1:
+          value: 542.0
+        ans2:
+          value: 542.1
+        ans3:
+          value: 541.99981
+        ans4:
+          value: 532.0
 ---
-# {{ params_vars_title }}
+# {{ params.vars.title }}
 
 ## Question Text
 
 Choose the most fitting response:
-The number {{ params_x }} written to {{ params_sf }} significant figures is:
+The number {{ params.x }} written to {{ params.sf }} significant figures is:
 
 ### Answer Section
 
-- {{ params_part1_ans1_value }}
-- {{ params_part1_ans2_value }}
-- {{ params_part1_ans3_value }}
-- {{ params_part1_ans4_value }}
+- {{ params.part1.ans1.value }}
+- {{ params.part1.ans2.value }}
+- {{ params.part1.ans3.value }}
+- {{ params.part1.ans4.value }}
 
 ## Attribution
 

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

@@ -30,26 +30,34 @@ part1:
     weight: 1
 myst:
   substitutions:
-    params_vars_title: Math Diagnostic03
-    params_vars_formula: 10x + 6 > -4x + 8
-    params_part1_ans1_value: x > 1/7
-    params_part1_ans2_value: x < 1/7
-    params_part1_ans3_value: x < 7
-    params_part1_ans4_value: x > 7
-    params_part1_ans5_value: Don't Know
+    params:
+      vars:
+        title: Math Diagnostic03
+        formula: 8x + -7 > -4x + 10
+      part1:
+        ans1:
+          value: x > 17/12
+        ans2:
+          value: x < 17/12
+        ans3:
+          value: x < 12/17
+        ans4:
+          value: x > 12/17
+        ans5:
+          value: Don't Know
 ---
-# {{ params_vars_title }}
-The solution of the inequality {{params_vars_formula}} is:
+# {{ params.vars.title }}
+The solution of the inequality {{params.vars.formula}} is:
 
 ## Part 1
 
 ### Answer Section
 
-- {{ params_part1_ans1_value }}
-- {{ params_part1_ans2_value }}
-- {{ params_part1_ans3_value }}
-- {{ params_part1_ans4_value }}
-- {{ params_part1_ans5_value }}
+- {{ params.part1.ans1.value }}
+- {{ params.part1.ans2.value }}
+- {{ params.part1.ans3.value }}
+- {{ params.part1.ans4.value }}
+- {{ params.part1.ans5.value }}
 
 ## Attribution