1. Convert the following for-each loop construct to a normal for loop construct. Here, values is...

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1. Convert the following for-each loop construct to a normal for loop construct. Here, values is defined as an array of floating-point double numbers. for (double x values) { } total total + x; 2. Convert the following switch statement into an if-else statement. Assume the variable y is an integer. switch (y) { case 1: result result + y; break; case 2: } result = result + y * y; break; default: result = 0; 1. Convert the following for-each loop construct to a normal for loop construct. Here, values is defined as an array of floating-point double numbers. for (double x values) { } total total + x; 2. Convert the following switch statement into an if-else statement. Assume the variable y is an integer. switch (y) { case 1: result result + y; break; case 2: } result = result + y * y; break; default: result = 0; 1. Convert the following for-each loop construct to a normal for loop construct. Here, values is defined as an array of floating-point double numbers. for (double x values) { } total total + x; 2. Convert the following switch statement into an if-else statement. Assume the variable y is an integer. switch (y) { case 1: result result + y; break; case 2: } result = result + y * y; break; default: result = 0; 1. Convert the following for-each loop construct to a normal for loop construct. Here, values is defined as an array of floating-point double numbers. for (double x values) { } total total + x; 2. Convert the following switch statement into an if-else statement. Assume the variable y is an integer. switch (y) { case 1: result result + y; break; case 2: } result = result + y * y; break; default: result = 0;

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