Kotlin LinkedIn Skill Assessment Answer

Here, We see Kotlin LinkedIn Skill Assessment Answer. This assessment test consists 15-20 MCQs to demonstrate your knowledge in your selected skills. MCQs comes from different topics – Kotlin Basics, Classes and Objects, Collections, Control Flow, Functions.

Kotlin LinkedIn Skill Assessment Answer

Kotlin LinkedIn Skill Assessment :-

Q1. You would like to print each score on its own line with its cardinal position. Without using var or val, which method allows iteration with both the value and its position?

fun main() {
  val highScores = listOf(4000, 2000, 10200, 12000, 9030)
}
  1. .withIndex()✔️ (reference)
  2. .forEachIndexed()
  3. .forEach()
  4. .forIndexes()

Q2. When the Airplane class is instantiated, it displays Aircraft = null, not Aircraft = C130 why?

abstract class Aircraft {
  init { println("Aircraft = ${getName()}") }
  abstract fun getName(): String
}
class Airplane(private val name: String) : Aircraft() {
  override fun getName(): String = name
}
  1. Classes are initialized in the same order they are in the file, therefore, Aircraft should appear after Airplane
  2. The code needs to pass the parameter to the base class’s primary constructor. Since it does not, it receives a null
  3. Abstract function always returns null✔️
  4. A superclass is initialized before its subclass. Therefore, name has not been set before it is rendered

Q3. Kotlin interfaces ad abstract classes are very similar. What is one thing abstract class can do that interfaces cannot?

  1. Only abstract classes are inheritable by subclasses
  2. Only abstract classes can inherit from multiple superclasses
  3. Only abstract classes can have abstract methods
  4. Only abstract classes can store state✔️ reference

Q4. Inside an extension function, what is the name of the variable that corresponds to the receiver object

  1. The variable is named it
  2. The variable is named this✔️
  3. The variable is named receiver
  4. The variable is named default

Q5. Your application has an add function. How could you use its invoke methods and display the results?

fun add(a: Int, b: Int): Int {
  return a + b
}
  1. println(add(5,10).invoke())
  2. println(::add.invoke(5, 10))✔️ (reference)
  3. println(::add.invoke{5, 10})
  4. println(add.invoke(5,10))

Q6. What is the entry point for a Kotlin application?

  1. fun static main(){}
  2. fun main(){}✔️
  3. fun Main(){}
  4. public static void main(){}

Q7. You are writing a console app in Kotlin that processes test entered by the user. If the user enters an empty string, the program exits. Which kind of loop would work best for this app? Keep in mind that the loop is entered at least once

  1. a do..while loop✔️ (reference)
  2. a for loop
  3. a while loop
  4. a forEach loop

Q8. You pass an integer to a function expecting type Any. It works without issue. Why is a primitive integer able to work with a function that expects an object?

fun showHashCode(obj: Any){
  println("${obj.hasCode()}")
}
fun main() {
  showHashCode(1)
}
  1. While the code runs, it does not produce correct results
  2. The integer is always a class
  3. The compiler runs an implicit .toClass() method on the integer
  4. The integer is autoboxed to a Kotlin Int class✔️

Q9. You have started a long-running coroutine whose job you have assigned to a variable named task. If the need arose, how could you abort the coroutine?

val task = launch {
  // long running job
}
  1. task.join()
  2. task.abort()
  3. job.stop()
  4. task.cancel()✔️ (reference)

Q10. You are attempting to assign an integer variable to a long variable, but Kotlin compiler flags it as an error. Why?

  1. You must wrap all implicit conversion in a try/catch block
  2. You can only assign Long to an Int, not the other way around
  3. There is no implicit conversion from Int to Long✔️ (reference)
  4. All integers in Kotlin are of type Long

Q11. You have written a snippet of code to display the results of the roll of a six-sided die. When the die displays from 3 to 6 inclusive, you want to display a special message. Using a Kotlin range, what code should you add?

when (die) {
  1 -> println("die is 1")
  2 -> println("die is 2")
  ___ -> printlin("die is between 3 and 6")
  else -> printlin("dies is unknown")
}
  1. 3,4,5,6✔️
  2. in 3..6✔️ (reference)
  3. 3 : 6
  4. {3,4,5,6}

Q12. The function typeChecker receiver a parameter obj of type Any. Based upon the type of obj, it prints different messages for Int, String, Double, and Float types; if not any of the mentioned types, it prints "unknown type". What operator allows you to determine the type of an object?

  1. instanceof
  2. is✔️ (reference)
  3. typeof
  4. as

Q13. This code does not print any output to the console. What is wrong?

firstName?.let {
  println("Greeting $firstname!")
}
  1. A null pointer exception is thrown
  2. firstName is equal to null✔️ (reference)
  3. firstName is equal to an empty string
  4. firstName is equal to Boolean false

Q14. You have a function simple() that is called frequently in your code. You place the inline prefix on the function. What effect does it have on the code?

inline fun simple(x: Int): Int{
  return x * x
}

fun main() {
  for(count in 1..1000) {
    simple(count)
  }
}
  1. The code will give a stack overflow error
  2. The compiler warns of insignificant performance impact✔️ (reference)
  3. The compiler warns of significant memory usage
  4. The code is significantly faster

Q15.How do you fill in the blank below to display all of the even numbers from 1 to 10 with least amount of code?

for (_____) {
  println("There are $count butterflies.")
}
  1. count in 1..10
  2. count in 2..10 step 2✔️ (reference)
  3. count in 1..10 % 2
  4. var count=2; count <= 10; count+=2

Q16. What value is printed by println()?

val set = setOf("apple", "pear", "orange", "apple")
println(set.count())
  1. 3✔️ (reference)
  2. 4
  3. 1
  4. 5

Q17. Which line of code shows how to display a nullable string’s length and shows 0 instead of null?

  1. println(b!!.length ?: 0)
  2. println(b?.length ?: 0)✔️
  3. println(b?.length ?? 0)
  4. println(b == null? 0: b.length)

Q18. In the file main.kt, you ae filtering a list of integers and want to use an already existing function, removeBadValues. What is the proper way to invoke the function from filter in the line below?

val list2 = (80..100).toList().filter(_____)
  1. ::removeBadValues✔️ (reference)
  2. GlobalScope.removeBadValues()
  3. Mainkt.removeBadValues
  4. removeBadValues

Q19. Which code snippet correctly shows a for loop using a range to display "1 2 3 4 5 6"?

  1. for(z in 1..7) println("$z ")
  2. for(z in 1..6) print("$z ")✔️ (reference)
  3. for(z in 1 to 6) print("$z ")
  4. for(z in 1..7) print("$z ")

Q20. You are upgrading a Java class to Kotlin. What should you use to replace the Java class’s static fields?

  1. an anonymous object
  2. a static property
  3. a companion object✔️ (reference)
  4. a backing field

Q21. Your code need to try casting an object. If the cast is not possible, you do not want an exception generated, instead you want null to be assigned. Which operator can safely cast a value?

  1. as?✔️ (reference)
  2. ??
  3. is
  4. as

Q22. Kotlin will not compile this code snippet. What is wrong?

class Employee
class Manager : Employee()
  1. In order to inherit from a class, it must be marked open✔️ (reference)
  2. In order to inherit from a class, it must be marked public
  3. In order to inherit from a class, it must be marked sealed
  4. In order to inherit from a class, it must be marked override

Q23. Which function changes the value of the element at the current iterator location?

  1. change()
  2. modify()
  3. set()✔️ (reference)
  4. assign()

Q24. From the Supervisor subclass, how do you call the Employee class’s display() method?

open class Employee(){
  open fun display() = println("Employee display()")
}
class Supervisor : Employee() {
  override fun display() {
    println("Supervisor display()")
  }
}
  1. Employee.display()
  2. ::display()
  3. super.display()✔️ (reference)
  4. override.display()

Q25. The code below compiled and executed without issue before the addition of the line declaring errorStatus. Why does this line break the code?

sealed class Status(){
  object Error : Status()
  class Success : Status()
}
fun main(){
  var successStatus = Status.Success()
  var errorStatus = Status.Error()
}
  1. StatusError is an object, not a class and cannot be instantiated✔️ (reference)
  2. Only one instance of the class Status can be instantiated at a time
  3. Status.Error must be declared as an immutable type
  4. Status.Error is pribate to class and cannot be declared externally

Q26. The code below is expected to display the numbers from 1 to 10, but it does not. Why?

val seq = sequence { yieldAll(1..20) }
  .filter { it < 11 }
  println(seq)
  1. You cannot assign a sequence to a variable
  2. To produce result, a sequence must have terminal operation. In this case, it needs a .toList()✔️ (reference)
  3. The .filter{ it < 11 } should be .filter{ it > 11 }
  4. The yieldAll(1..20) should be yieldAll(1..10)

Q27. What three methods does this class have?

class Person
  1. equals(), hashCode(), and toString()✔️ (reference)
  2. equals(), toHash(), and super()
  3. print(), println(), and toString()
  4. clone(), equals(), and super()

Q28. Which is the proper way to declare a singleton named DatabaseManager?

  1. object DatabaseManager {}✔️ (reference)
  2. singleton DatabaseManager {}
  3. static class DatabaseManager {}
  4. data class DatabaseManager {}

Q29. In order to subclass the Person class, what is one thing you must do?

abstract class Person(val name: String) {
  abstract fun displayJob(description: String)
}
  1. The subclass must be marked sealed
  2. You must override the displayJob() method✔️ (reference)
  3. You must mark the subclass as final
  4. An abstract class cannot be extended, so you must change it to open

Q30. The code snippet below translates a database user to a model user. Because their names are both User, you must use their fully qualified names, which is cumbersome. You do not have access to either of the imported classes’ source code. How can you shorten the type names?

import com.tekadept.app.model.User
import com.tekadept.app.database.User

class UserService{
  fun translateUser(user: com.tekadept.app.database.User): User =
    com.tekadept.app.model.User("${user.first} ${user.last}")
}
  1. Use import as to change the type name✔️ (reference)
  2. Create subtypes with shorter names
  3. Create interfaces with shorter names
  4. Create extension classes with shorter names

Q31. Your function is passed by a parameter obj of type Any. Which code snippet shows a way to retrieve the original type of obj, including package information?

  1. obj.classInfo()
  2. obj.typeInfo()
  3. obj::class.simpleName
  4. obj::class✔️ (reference)

Q32. Which is the correct declaration of an integer array with a size of 5?

  1. val arrs[5]: Int
  2. val arrs = IntArray(5)✔️ (reference)
  3. val arrs: Int[5]
  4. val arrs = Array<Int>(5)

Q33. You have created a class that should be visible only to the other code in its module. Which modifier do you use?

  1. internal✔️ (reference)
  2. private
  3. public
  4. protected

Q34. Kotlin has two equality operators, == and ===. What is the difference?

  1. == determines if two primitive types are identical. === determines if two objects are identical
  2. == determines if two references point to the same object. === determines if two objects have the same value
  3. == determines if two objects have the same value. === determines if two strings have the same value
  4. == determines if two objects have the same value. === determines if two references point to the same object✔️ (reference)

Q35. Which snippet correctly shows setting the variable max to whichever variable holds the greatest value, a or b, using idiomatic Kotlin?

  1. val max3 = a.max(b)
  2. val max = a > b ? a : b
  3. val max = if (a > b) a else b✔️
  4. if (a > b) max = a else max = b

Q36. You have an enum class Signal that represents the state of a network connection. You want to print the position number of the SENDING enum. Which line of code does that?

enum class Signal { OPEN, CLOSED, SENDING }
  1. println(Signal.SENDING.position())
  2. println(Signal.SENDING.hashCode())
  3. println(Signal.SENDING)
  4. println(Signal.SENDING.ordinal)✔️ (reference)

Q37. Both const and @JvmField create constants. What can const do that @JvmField cannot?

class Detail {
  companion object {
    const val COLOR = "Blue"
    @JvmField val SIZE = "Really Big"
  }
}
  1. const is compatible with Java, but @JvmField is not
  2. The compiler will inline const so it is faster and more memory efficient✔️ (reference)
  3. Virtually any type can be used with const but not @JvmField
  4. const can also be used with mutable types

Q38. You have a when expression for all of the subclasses of the class Attribute. To satisfy the when, you must include an else clause. Unfortunately, whenever a new subclass is added, it returns unknown. You would prefer to remove the else clause so the compiler generates an error for unknown subtypes. What is one simple thing you can do to achieve this?

open class Attribute
class Href: Attribute()
class Src: Attribute()
class Alt: Attribute()

fun getAttribute(attribute: Attribute) : String {
  return when (attribute) {
    is Href -> "href"
    is Alt -> "alt"
    is Src -> "src"
    else -> "unknown"
  }
}
  1. Replace open with closed
  2. Replace open with sealed✔️ (reference)
  3. Replace open with private
  4. Replace open with public

Q39. You would like to know each time a class property is updated. Which code snippet shows a built-in delegated property that can accomplish this?

  1. Delegates.watcher()
  2. Delegates.observable()✔️ (reference)
  3. Delegates.rx()
  4. Delegates.observer()

Q40. Why doesn’t this code compile?

val addend = 1
infix fun Int.add(added: Int=1) = this + addend
fun main(){
  val msg = "Hello"
  println( msg shouldMatch "Hello")
  println( 10 multiply 5 + 2)
  println( 10 add 5)
}
  1. infix function must be marked public
  2. In Kotlin, add is a keyword
  3. Extension functions use it, not this, as the default parameter name
  4. infix functions cannot have default values✔️ (reference)

Q41. What is the correct way to initialize a nullable variable?

  1. val name = null
  2. var name: String
  3. val name: String
  4. val name: String? = null✔️

Q42. Which line of code is a shorter, more idiomatic version of the displayed snippet?

val len: Int = if (x != null) x.length else -1
  1. val len = x?.let{x.len} else {-1}
  2. val len = x!!.length ?: -1
  3. val len:Int = (x != null)? x.length : -1
  4. val len = x?.length ?: -1✔️

Q43. You are creating a Kotlin unit test library. What else should you add to make the following code compile without error?

fun String.shouldEqual(value: String) = this == value
fun main(){
  val msg = "test message"
  println(msg shouldEqual "test message")
}
  1. The extension function should be marked public
  2. Add the prefix operator to the shouldMatch extension function
  3. The code is not legal in Kotlin (should be println(msg.shouldEqual("test message")))
  4. Add the prefix infix to the shouldMatch extension function✔️

Q44. What is the difference between the declarations of COLOR and SIZE?

class Record{
  companion object {
    const val COLOR = "Red"
    val SIZE = "Large"
  }
}
  1. Since COLOR and SIZE are both immutable, they are identical internally
  2. Both are immutable, but the use of the keyword const makes COLOR slower and less space efficient than SIZE
  3. const makes COLOR faster, but not compatible with Java. Without const, SIZE is still compatible with Java
  4. Both are immutable, but the use of the keyword const makes COLOR faster and more space efficient than SIZE✔️ (reference)

Q45. Why does not this code snippet compile?

class Cat (name: String) {
  fun greet() { println("Hello ${this.name}") }
}

fun main() {
  val thunderCat = Cat("ThunderCat")
  thunderCat.greet()
}
  1. Because name is a class parameter, not a property-it is unresolved main().✔️
  2. In order to create an instance of a class, you need the keyword new
  3. The reference to name needs to be scoped to the class, so it should be this.name
  4. Classes cannot be immutable. You need to change var to val

Q46. The code below shows a typical way to show both index and value in many languages, including Kotlin. Which line of code shows a way to get both index and value more idiomatically?

var ndx = 0;
for (value in 1..5){
  println("$ndx - $value")
  ndx++
}
  1. for( (ndx, value) in (1..20).withIndex() ){✔️ (reference)
  2. for( (ndx, value) in (1..20).pair() ){
  3. for( Pair(ndx, value) in 1..20 ){
  4. for( (ndx, value) in *(1..20) ){

Q47. The Kotlin .. operator can be written as which function?

  1. a.from(b)
  2. a.range(b)
  3. a.rangeTo(b)✔️ (reference)
  4. a.to(b)

Q48. How can you retrieve the value of the property codeName without referring to it by name or destructuring?

data class Project(var codeName: String, var version: String)
fun main(){
  val proj = Project("Chilli Pepper", "2.1.0")
}
  1. proj.0
  2. proj[0]
  3. proj[1]
  4. proj.component1()✔️ (reference)

Q49. This function generates Fibonacci sequence. Which function is missing?

fun fibonacci() = sequence {
  var params = Pair(0, 1)
  while (true) {
    ___(params.first)
    params = Pair(params.second, params.first + params.second)
  }
}
  1. with()
  2. yield()✔️ (reference)
  3. skip()
  4. return()

Q50. In this code snippet, why does the compiler not allow the value of y to change?

for(y in 1..100) y+=2
  1. y must be declared with var to be mutable
  2. y is an implicitly immutable value✔️
  3. y can change only in a while loop
  4. In order to change y, it must be declared outside of the loop

Q51. You have created a data class, Point, that holds two properties, x and y, representing a point on a grid. You want to use the hash symbol for subtraction on the Point class, but the code as shown will not compile. How can you fix it?

data class Point(val x: Int, val y: Int)

operator fun Point.plus(other: Point) = Point(x + other.x, y + other.y)
operator fun Point.hash(other: Point) = Point(x - other.x, y - other.y)

fun main() {
    val point1 = Point(10, 20)
    val point2 = Point(20, 30)
    println(point1 + point2)
    println(point1 # point2)
}
  1. You cannot; the hash symbol is not a valid operator.✔️
  2. You should replace the word hash with octothorpe, the actual name for the symbol.
  3. You should use minus instead of hash, then type alias the minus symbol.
  4. You need to replace operator with the word infix.

Q52. This code snippet compiles without error, but never prints the results when executed. What could be wrong?

val result = generateSequence(1) { it + 1 }.toList()
println(result)
  1. The sequence lacks a terminal operation.
  2. The sequence is infinite and lacks an intermediate operation to make it finite.✔️
  3. The expression should begin with generateSequence(0).
  4. The it parameter should be replaced with this.

Q53. An error is generated when you try to compile the following code. How should you change the call to printStudents to fix the error?

fun main() {
    val students = arrayOf("Abel", "Bill", "Cindy", "Darla")
    printStudents(students)
}

fun printStudents(vararg students: String) {
    for(student in students) println(student)
}
  1. printStudents(students.toList())
  2. printStudents(students!!)
  3. printStudents(*students)✔️
  4. printStudents(students[])

Q54. Both y and z are immutable references pointing to fixed-size collections of the same four integers. Are there any differences?

val y = arrayOf(10, 20, 30, 40)
val z = listOf(10, 20, 30, 40)
  1. You can modify the contents of the elements in y but not z.✔️
  2. There are not any differences. y and z are a type alias of the same type.
  3. You add more elements to z since it is a list.
  4. You can modify the contents of the elements in z but not y.

Q55. The code snippet compile and runs without issue, but does not wait for the coroutine to show the "there" message. Which line of code will cause the code to wait for the coroutine to finish before exiting?

fun main() = runBlocking {
    val task = GlobalScope.launch {
        delay(1000L)
        println("there")
    }
    println("Hello,")
}
  1. task.complete()
  2. task.wait()
  3. task.join()✔️
  4. task.cancel()

Q56. You would like to group a list of students by last name and get the total number of groups. Which line of code accomplishes this, assuming you have a list of the Student data class?

data class Student(val firstName: String, val lastName: String)
  1. println(students.groupBy{ it.lastName.first() }.count())✔️
  2. println(students.groupBy{ it.lastName.first() }.fold().count())
  3. println(students.groupingBy{ it.lastName.first() }.count())
  4. println(students.groupingBy{ it.lastName.first() }.size())

Q57. Class BB inherits from class AA. BB uses a different method to calculate the price. As shown, the code does not compile. What changes is needed to resolve the compilation error?

open class AA() {
     var price: Int = 0
        get() = field + 10
}
class BB() : AA() {
     var price: Int = 0
        get() = field + 20
}
  1. You need to add a lateinit modifier to AA.price.
  2. You simply need to add an override modifier to BB.price.
  3. You need to add an open modifier to AA.price and an override modifier to BB.price.✔️
  4. You need to add a public modifier to AA.price and a protected modifier to BB.price.

Q58. What is the output of this code?

val quote = "The eagle has landed."
println("The length of the quote is $quote.length")
  1. The length of the quote is The eagle has landed.
  2. A compilation error is displayed.
  3. The length of the quote is 21
  4. The length of the quote is The eagle has landed..length✔️

Q59. You have an unordered list of high scores. Which is the simple method to sort the highScores in descending order?

fun main() {
    val highScores = listOf(4000, 2000, 10200, 12000, 9030)

  1. .sortedByDescending()
  2. .descending()
  3. .sortedDescending()✔️
  4. .sort("DESC")

Q60. Your class has a property name that gets assigned later. You do not want it to be a nullable type. Using a delegate, how should you declare it?

  1. lateinit var name: String✔️
  2. var name: String by lazy
  3. var name: String by Delegates.notNull()
  4. var name: String? = null

Q61. You want to know each time a class property is updated. If the new value is not within range, you want to stop the update. Which code snippet shows a built-in delegated property that can accomplish this?

  1. Delegates.vetoable()✔️
  2. Delegates.cancellable()
  3. Delegates.observer()
  4. Delegates.watcher()

Q62. Which line of code shows how to call a Fibonacci function, bypass the first three elements, grab the next six, and sort the elements in descending order?

  1. val sorted = fibonacci().skip(3).take(6).sortedDescending().toList()
  2. val sorted = fibonacci().skip(3).take(6).sortedByDescending().toList()
  3. val sorted = fibonacci().skip(3).limit(6).sortedByDescending().toList()
  4. val sorted = fibonacci().drop(3).take(6).sortedDescending().toList()✔️ (reference)

Q63. You have two arrays, a and b. Which line combines a and b as a list containing the contents of both?

val b = arrayOf(100, 200, 3000)
  1. val c = list of (a, b)
  2. val c = a + b
  3. val c = listOf(a+b)
  4. val c = listOf(*a, *b)

Q64. This code is occasionally throwing a null pointer exception (NPE). How can you change the code so it never throws as NPE?


  1. Replace !!. with ?..
  2. Replace !!. with ?:.
  3. Surround the line with a try/catch block.
  4. Replace !!. with ?.let.

Q65. What is the execution order of init blocks and properties during initialization?

  1. All of the properties are executed in order of appearance, and then the init blocks are executed.
  2. The init blocks and properties are executed in the same order they appear in the code.
  3. All of the init blocks are executed in order of appearance, and then the properties are executed.
  4. The order of execution is not guaranteed, so code should be written accordingly.

Q66. Both const and @JvmField create constants. What can @JvmField do that const cannot?

class Styles {
  companion object {
    const val COLOR = "Blue"
      @JvmField val SIZE = "Really big"
   }
}
  1. const works only with strings and primitives. @JvmField does not have that restriction.✔️ (reference)
  2. @JvmField works as a top-level variable, but const works only in a class.
  3. @JvmField is compatible with Java, but const is not.
  4. @JvmField is always inlined for faster code.

Q67. What are the two ways to make a coroutine’s computation code cancellable? (reference)

  1. Call the yield() function or check the isActive property.✔️
  2. Call the cancelled() function or check the isActive property.
  3. Call the stillActive() function or check the isCancelled property.
  4. Call the checkCancelled() function or check the isCancelled property.

Q68. Given the code below, how can you write the line this.moveTo("LA") more concisely?

data class Student (val name: String, var location: String) {
  fun moveTo (newLoc: String) { location = newLoc }

}

fun main() {

  Student ("Snow", "Cologne").run {

  this.moveTo ("LA")

}
  1. moveTo( "LA")
  2. ::moveTo("LA")✔️ (reference)
  3. moveTo("LA")
  4. it.moveTo("LA")

Q69. For the Product class you are designing, you would like the price to be readable by anyone, but changeable only from within the class. Which property declaration implements your design?

  1. A
var price: Int = 0
  public get()
  private set
  1. B✔️ (reference)
var price: Int = 0
  private set
  1. C
var price: Int = 0
  val set
  1. D
val price: Int=0

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