- (A) techniques to determine project status
- (B) decision making techniques
- (C) charts which increase aesthetic appearance of rooms
- (D) aids to determine cost implications of project
- (E) aids to the decision maker
Mechanical Engineering Mcqs
- (A) time oriented technique
- (B) event oriented technique
- (C) activity oriented technique
- (D) target oriented technique
- (E) work oriented technique
- (A) method study and work measurement
- (B) method study and time study
- (C) time study and work measurement
- (D) method study and job evaluation
- (E) value analysis and work measurement
- (A) time oriented technique
- (B) event oriented technique
- (C) activity oriented technique
- (D) target oriented technique
- (E) work oriented technique
- (A) project examination and review technique
- (B) project evaluation and reporting technique
- (C) process execution and reporting technology
- (D) project execution and results technique
- (A) complete details’of items in, waiting line are known
- (B) arrival and waiting times are known and can be grouped to form a waiting line model
- (C) all variables and constants are known and form a linear equation
- (D) the laws governing arrivals, service times, and the order in which the arriving units are taken into source are known
- (E) all of the above
- (A) the average service rate Hess than the average arrival rate
- (B) output rate is linearly proportional to input
- (C) output rate is constant and the input varies in a random manner
- (D) all of the above
- (E) none of the above
- (A) minimum value
- (B) maximum value
- (C) average value
- (D) middle value
- (E) alarming value
- (A) octane number
- (B) cetane number
- (C) calorific value
- (D) self ignition temperature
- (E) distillation temperature
- (A) less than 100°C
- (B) between 100-250°C
- (C) between 250 – 300°C
- (D) between 400 – 500°C
- (E) between 500 – 1000°C
