qp: refactor: enforce character limit of 80

question-papers/cspc41-ms1-2023-sep.nix

@@ -14,20 +14,34 @@
   questions = [
     {
       contents = [{
-        text = "What information is conveyed by various boundaries of a Box Plot? What are the formulas to decide its boundaries, lines and how are the outliers identified?";
+        text = ''
+          What information is conveyed by various boundaries of a Box Plot? What
+          are the formulas to decide its boundaries, lines and how are the
+          outliers identified?
+        '';
       }];
       marks = 5;
     }
     {
       contents = [{
-        text = "A random sample of 400 families of KKR is found to have an average income of ₹3025. Assume that the population standard deviation is ₹280. An agency claims that the average monthly income of families of KKR is greater than ₹3000. Conduct an appropriate hypothesis test at 95% confidence interval to check the validity of the agency. Design both hypotheses. Mention which test is applied and then compute the validity.";
+        text = ''
+          A random sample of 400 families of KKR is found to have an average
+          income of ₹3025. Assume that the population standard deviation is
+          ₹280. An agency claims that the average monthly income of families of
+          KKR is greater than ₹3000. Conduct an appropriate hypothesis test at
+          95% confidence interval to check the validity of the agency. Design
+          both hypotheses. Mention which test is applied and then compute the
+          validity.
+        '';
       }];
       marks = 5;
     }
     {
       contents = [{
         text = ''
-          Consider the following data for PCA based reduction. Compute its Eigen values and Eigen vectors.
+          Consider the following data for PCA based reduction. Compute its Eigen
+          values and Eigen vectors.
+
             | Feature | Point 1 | Point 2 | Point 3 | Point 4 |
             |---------|---------|---------|---------|---------|
             | X1      | 5       | 10      | 2       | 4       |
@@ -38,7 +52,12 @@
     }
     {
       contents = [{
-        text = "Consider X = {2, 4, 6, 10, 12} and Y = {5, 7, 15, 18, 25}. Step by step, estimate its coefficients (b<sub>0</sub> and b<sub>1</sub>) for simple linear regression using Method 2 (using SS<sub>XY</sub> and SS<sub>XX</sub>)";
+        text = ''
+          Consider X = {2, 4, 6, 10, 12} and Y = {5, 7, 15, 18, 25}. Step by
+          step, estimate its coefficients (b<sub>0</sub> and b<sub>1</sub>) for
+          simple linear regression using Method 2 (using SS<sub>XY</sub> and
+          SS<sub>XX</sub>)
+        '';
       }];
       marks = 5;
     }

question-papers/cspe35-ms2-2022-nov.nix

@@ -14,29 +14,54 @@
   questions = [
     {
       contents = [{
-        text = "Write the code to access an audio and a video resource file in multimedia handling in Android Studio.";
+        text = ''
+          Write the code to access an audio and a video resource file in
+          multimedia handling in Android Studio.
+        '';
         prompt = "Assume file location / directory as per requirement";
       }];
       marks = 2;
     }
     {
-      contents = [{ text = "What is the role of Intent in Android Studio? Describe the types of Intents with examples for each."; }];
+      contents = [{
+        text = ''
+          What is the role of Intent in Android Studio? Describe the types of
+          Intents with examples for each.
+        '';
+      }];
       marks = 3;
     }
     {
       contents = [
         {
-          text = "Describe the ARM architecture and its three architecture profiles briefly. Differentiate between RISC and CISC instruction sets in Android Application Development.";
+          text = ''
+            Describe the ARM architecture and its three architecture profiles
+            briefly. Differentiate between RISC and CISC instruction sets in
+            Android Application Development.
+          '';
         }
         {
-          text = "Construct a navigation bar created for a coffee shop application in Android Studio. Write XML code for the GUI of your design. Assume variables as per your choice. Draw the rough diagram / view of the GUI, which will be formed by the XML code. Also, write the corresponding Java code for the “Place Order” button which performs the required order completion request after adding the coffees in the cart.";
+          text = ''
+            Construct a navigation bar created for a coffee shop application in
+            Android Studio. Write XML code for the GUI of your design. Assume
+            variables as per your choice. Draw the rough diagram / view of the
+            GUI, which will be formed by the XML code. Also, write the
+            corresponding Java code for the “Place Order” button which performs
+            the required order completion request after adding the coffees in
+            the cart.
+          '';
           prompt = "Write only the main parts of the code";
         }
       ];
       marks = 5;
     }
     {
-      contents = [{ text = "Explain service life-cycle with a block diagram. Also describe `startService()` and `bindService()` callback methods."; }];
+      contents = [{
+        text = ''
+          Explain service life-cycle with a block diagram. Also describe
+          `startService()` and `bindService()` callback methods.
+        '';
+      }];
       marks = 5;
     }
   ];

question-papers/ecpc70-ms1-2023-sep.nix

@@ -21,19 +21,24 @@
             - Spacing between centers of cavities: L = 4cm
             - Effective shunt impedance: R<sub>sh</sub> = 40kΩ
 
-          Given X = 1.841, J<sub>1</sub>(X) = 0.582, and R<sub>0</sub> = V<sub>0</sub>/I<sub>0</sub>, determine:
-            - a. The electron velocity
-            - b. The dc electron transit time
-            - c. The input voltage for maximum output voltage
-            - d. The voltage gain in decibels
-            - e. Efficiency of the amplifier
+          Given X = 1.841, J<sub>1</sub>(X) = 0.582, and R<sub>0</sub> =
+          V<sub>0</sub>/I<sub>0</sub>, determine:
+            1. The electron velocity
+            2. The dc electron transit time
+            3. The input voltage for maximum output voltage
+            4. The voltage gain in decibels
+            5. Efficiency of the amplifier
         '';
       }];
       marks = 4;
     }
     {
       contents = [{
-        text = "Describe the process of velocity modulation in a reflex klystron. Derive the expression for the round trip transit time in the repeller region in terms of the bunching parameter.";
+        text = ''
+          Describe the process of velocity modulation in a reflex klystron.
+          Derive the expression for the round trip transit time in the repeller
+          region in terms of the bunching parameter.
+        '';
       }];
       marks = 4;
     }
@@ -46,16 +51,19 @@
             - Circuit length: N = 50
 
           Given the above, determine:
-            - a. The gain parameter
-            - b. The output power gain `A<sub>p</sub>` in decibels
-            - c. All four propagation constants
+            1. The gain parameter
+            2. The output power gain `A<sub>p</sub>` in decibels
+            3. All four propagation constants
         '';
       }];
       marks = 4;
     }
     {
       contents = [{
-        text = "Name some microwave cross field tubes. Describe the principle of operation of a normal cylindrical magnetron and its characterisitics.";
+        text = ''
+          Name some microwave cross field tubes. Describe the principle of
+          operation of a normal cylindrical magnetron and its characterisitics.
+        '';
       }];
       marks = 3;
     }

question-papers/ecpe71-ms1-2023-sep.nix

@@ -13,23 +13,33 @@
 
   questions = [
     {
-      contents = [{ text = "Explain 2-dimensional (2D) sampling. Also, draw the spectrum of a 2D sampled signal."; }];
+      contents = [{
+        text = ''
+          Explain 2-dimensional (2D) sampling. Also, draw the spectrum of a 2D
+          sampled signal.
+        '';
+      }];
       marks = 4;
     }
     {
       contents = [{
         text = ''
           For a 2×2 unitary transform `A` and the input image `U`:
-            - a. Check the orthogonality of the matrix `A`
-            - b. Calculate the transformed image `V`
-            - c. Calculate the basis images for this transform
+            1. Check the orthogonality of the matrix `A`
+            2. Calculate the transformed image `V`
+            3. Calculate the basis images for this transform
         '';
         image = "https://i.imgur.com/mlD7LBy.png";
       }];
       marks = "2+2.5+2.5";
     }
     {
-      contents = [{ text = "Discuss RGB and CMY colour spaces. Also, explain the conversion from RGB to CMY model and vice-versa."; }];
+      contents = [{
+        text = ''
+          Discuss RGB and CMY colour spaces. Also, explain the conversion from
+          RGB to CMY model and vice-versa.
+        '';
+      }];
       marks = 4;
     }
   ];

question-papers/hsir14-ms1-2023-sep.nix

@@ -15,9 +15,13 @@
     {
       contents = [{
         text = ''
-          Mr. X is a middle level manager. He keeps all his subordinates under a lot of discipline. His employees, however, complain of wastage of time and efforts as they feel that nothing is being assigned in a proper way and a proper place; no proper schedule is made for working.
+          Mr. X is a middle level manager. He keeps all his subordinates under
+          a lot of discipline. His employees, however, complain of wastage of
+          time and efforts as they feel that nothing is being assigned in a
+          proper way and a proper place; no proper schedule is made for working.
 
-          Which principle of Henry Fayol has been violated by him? What will be the consequences of the violation of this principle?
+          Which principle of Henry Fayol has been violated by him? What will be
+          the consequences of the violation of this principle?
         '';
       }];
       marks = 3;
@@ -26,15 +30,18 @@
       contents = [{
         text = ''
           Examine the following statements critically:
-            - a. Management is an open system approach.
-            - b. Gang Plank in Scalar Chain.
+            1. Management is an open system approach.
+            2. Gang Plank in Scalar Chain.
         '';
       }];
       marks = 6;
     }
     {
       contents = [{
-        text = "Explain the process of planning. Also, differentiate between strategic planning and operational planning with suitable examples.";
+        text = ''
+          Explain the process of planning. Also, differentiate between strategic
+          planning and operational planning with suitable examples.
+        '';
       }];
       marks = 6;
     }