Evaluate the truth values of the following conditions given the values of the declared variables. NOTE: Conditions formed using relational or equality operators (>, <, >=, <=, ==, !=) are relational conditions. Conditions formed using logical operators [&& (AND), || (OR), & (boolean AND), | (boolean inclusive OR), ^ (boolean exclusive OR) are complex conditions.

Variables

boolean goodEssay = false;

double gpa = 3.0;

boolean technicalDegree = true;

Conditions:Evaluate then indicate the truth value produced by the relational conditions and the joins. NOTE: Change in variable values do not carry over to next evaluation.	Truth Value of Complex Conditions
F (short-circuit) goodEssay && technicalDegree || gpa > 3.0 FF goodEssay && technicalDegree || gpa > 3.0	False False
goodEssay && (technicalDegree == false) && (gpa >= 3.5)
!(technicalDegree && goodEssay)
goodEssay = true; goodEssay & !(technicalDegree & (gpa != 3.0))
goodEssay ^ technicalDegree || (gpa == 5.0)
gpa = 3.5; (goodEssay || technicalDegree) && (gpa > 3.25))
goodEssay & technicalDegree | (gpa == 4.0)
!goodEssay | (technicalDegree ^ (gpa >= 3.0))

Variables

int peopleInvited = 10;

double catering = 5000.00;

double facilityFee = 500.00;

Conditions:Evaluate then Indicate the truth value produced by the relational conditions and the joins. NOTE: Change in variable values do not carry over to next evaluation.	Truth Value of Complex Conditions
(facilityFee > 350.00) && (catering > 3000.00) | (++peopleInvited >= 10)
(peopleInvited > 10) || (catering >= 5000.00) && !(facilityFee < 500.00)
facilityFee = 1000.00 (peopleInvited >= 10) & (catering != 5000.00) || !(facilityFee < 1000.00)