Answer Happy

Based on the code segment below, which of the answer choices best describes what happens as each statement is executed? int, int "pit pl - Dll Ca 1. a and b are declared to be Integer variables 2 p1 is also declared as an integer variable 3. ptis assigned to the reference (memory address for a 4. bis assigned to the value stored in p1, so that it now becomes a pointer (reference) variable 06.1. a and bare declared to be integer variables. 2. p1 in declared to be a pointer variable (its contents will be a reference --pointer to another integer variable) 3. The memory address of p1 in changed to match the memory address of a, so they refer to the same variable afterwards 4. b hansigned to match to that the variable p1 will point to variable b as well, and whatever is done to a will also affect the variable Oc1.a and are declared to be integer variables 2pt is declared to be a pointer variable its contents wil be a reference pointer to another integer variable) 3. A reference (memory address) for variable is assigned to pointer variable pl 4. The program will go to the reference memory address) stored in p1, obtain the value stored there (the value of al, and then assign that value to the variable

3. pris assigned to the reference memory caress) for a 4. bis assigned to the value stored in p1, so that it now becomes a pointer (reference) variable 6.1. a and bare declared to be integer variables. 2. pfis declared to be a pointer variable (its contents will be a reference --pointer-- to another integer variable) 3. The memory address of p1 is changed to match the memory address of a, so they refer to the same variable afterwards. 4. b is assigned to match a, so that the variable p1 will point to variable b as well, and whatever is done to a will also affect the variablel b. Oc1.a and bare declared to be integer variaties, 2. p1 is declared to be a pointer variable (its contents will be a reference-painter to another integer variable) 3. A reference (memory address) for variable a is assigned to pointer variable p1 4. The program will go to the reference (memory address) stored in p1, obtain the value stored there (the value of a), and then assign that value to the variable b Od 1.a and b are declared to be integer variables. 2 plis declared to be a pointer variable (its contents will be a reference --pointor-- to another integer), which means it has no memory address of its own, but just takes on the value of any variable it points to 3.p1 points to has a reference to) variable, so it will be assigned the same value of a currently the Integer number 4. 4. b will be assigned to the same reference (memory address) as pt, so that b will have the same pointer to variable a, will contain the value of 4 e. None of the above