# IT 401 Business Computer Languages

Evaluate the attached pseudocode to investigate the collection concretion renunciation (BMI) delay the aftercited criterion values:  A) The acme = 1.80 meter and the importance = 78 Kg  B) The acme = 1.50 meter and the importance = 85 Kg  Input acme  Input importance  BMI = Importance / (height)2  If BMI < 18.5 then  Output BMI  Output “Underweight” Else  If BMI < 24.9 then  Output BMI  Output “Normal”  Else  If BMI > 25 then  Output BMI  Output “overweight”  End if  What is the decisive output of:  A)  B) Write an algorithm to furnish the perimeter and the area of a rectangle.  . Furnish the errors in the aftercited statements, expound why and how to reresolve such errors:  a. 23 = 25;  b. Int percentage% = “15”;  c. Rectangle unfilled = new Rectangle (25, 30, 40, 50);  d. inclose 7average = 0;  7average.length();  We absence to cause a collocate that represents a clock. A clock has hour, searching, and avoid. For issue, the season 12:15:36 media, it is 12 o’clock, 15 searchings, and 36 avoids. The basic framework of a Clock collocate is below: notorious collocate Clock  { individual int hour; individual int searchings;  individual int avoids;  }  1. What should the collection of the doer be?  A. hr = hour;  min = searchings;  sec = avoids;  B. hour = 12;  minutes = 15;  seconds = 36;  C. int hour = hr;  int searchings = min;  int avoids = sec;  D. hour = hr;  minutes = min;  seconds = sec;  What are the implied and the plain parameters in the aftercited methods call: A) System.out.println(“Assignment 1”);  B) myName.length()  Write the collection for importation, non-location, teeming and non-location methods for the Calculator collocate  import java.lang.*;  import java.util.*;  notorious collocate Calculator { individual int value;  individual int x;  individual int y;  notorious Calculator()  { value = 0;  x = 0;  y = 0;  }  notorious int importation(int x, int y)  { } notorious int non-location(int x, int y)  {  }  notorious int teeming(int x, int y)  {  } notorious inclose non-location(int x, int y)  {  }  )