Please complete the following questions and upload your written solutions as a single file. If you are writing on a document or paper different than the provided pdf, please clearly indicate the question number and answer for each question, and include your name. Your work will be graded just as much (if not more) as your final answer. That includes cleanliness, legibility, and organization of argument. Correct answers with little to no work will not be given full credit.   Math_2063___Final_Exam.pdf

Complete the following function definition by determining the unidirectional channel type for the channel parameters ch1 and ch2. Do not type unnecessary whitespaces in your answers.  func double(ch1 [ch1type] int, ch2 [ch2type] int){    for := range ch1 {           ch2

How many goroutines are created when the following program runs? package mainimport “fmt”func doSomething(s string) {    fmt.Println(s)}func main() {    go doSomething(“test 1”)    go doSomething(“test 2”)}  

When the main function of a Go program returns, ____

Match each surface to its respective equation.

Given the following function signature: func calculate(x int) int Assume that function calculate has different execution times for different arguments, that is, the time taken by the call calculate(x) is different from the time taken by the call calculate(y) as long as x is not equal y. Select the definition for variable ch in the following function definition so that when function test returns, there will be no leaked goroutines.  func test() {    ch := [makechan]    go func() { ch

Given the following Go code fragment: type Test interface{ test()}var myTest Test Assume that there’s no assignment statement with myTest on the left-hand side. Then which of the following is true?

The work done by a conservative force field in moving a particle around a closed path is…

Suppose you are given that the second partials of are continuous on a disk with center , and that is a critical point of . Further suppose that .   Which of the following can you conclude? 

Given the following Go code fragment: type Point struct {    X, Y float64} Write a code fragment that makes the Point struct implement  the built-in interface fmt.Stringer, assuming that the standard package fmt has been imported in the same package containing the given code fragment and your code fragment. The implementation must be done so that when calling fmt.Println to print an instance of Point, it will be printed in the following format: (X, Y)