- (A) 5-10 kg/cm2
- (B) 20-25 kg/cm2
- (C) 60-80 kg/cm2
- (D) 90-130 kg/cm2
- (E) 150-250 kg/cm2
Mechanical Engineering Mcqs
- (A) 500- 1000°C
- (B) 1000- 1500°C
- (C) 1500-2000°C
- (D) 2000-2500°C
- (E) 2500-3000°C
- (A) 4 – 6 kg/cm2 and 200 – 250°C
- (B) 6 – 12 kg/cm2 and 250 – 350°C
- (C) 12 – 20 kg/cm2 and 350 – 450°C
- (D) 20 – 30 kg/cm2 and 450 – 500°C
- (E) 30 – 40 kg/cm2 and 500 – 700°C
- (A) high heat value
- (B) low heat value
- (C) net calorific value
- (D) middle heat value
- (E) calorific value
- (A) low heat value of oil
- (B) high heat value of oil
- (C) net calorific value of oil
- (D) calorific value of fuel
- (E) all of the above
- (A) low heat value of oil
- (B) high heat value of oil
- (C) net claorific value of oil
- (D) calorific value of fuel
- (E) all of the above
- (A) kcal
- (B) kcal/kg
- (C) kcal/m2
- (D) kcal/m²
- (E) all of the above
- (A) calorific value of oil
- (B) low heat value of
- (C) high heat value of oil
- (D) mean heat value of oil
- (E) all of the above
- (A) increase linearly
- (B) decrease linearly
- (C) increase parabolically
- (D) decrease parabolically
- (E) first decrease linearly and then increase parabolically
- (A) 250°C
- (B) 500°C
- (C) 1000°C
- (D) 150CPC
- (E) 2000°C
