**GATE Mechanical Engineering (ME) Previous Year Question Paper 2019**

**Graduate Aptitude Test in Engineering (GATE**) 2019 Mechanical Engineering (ME) Previous year question paper with answers GATE Mechanical Engineering (ME) 2019 Question with solution you can download it in FREE, if GATE Mechanical Engineering (ME) 2019 paper in text or pdf for **GATE** Mechanical Engineering (ME) 2019 Answer Keys you can download GATE 2019 page also just Go to menu bar, Click on File->then Save.

**Graduate Aptitude Test in Engineering **(GATE) 2019 Mechanical Engineering (ME) Previous year question paper Free Download PDF is available in ** www.oldquestionpapers.net** which has been provided by many students this

**GATE**2019 paper is available for all the students in FREE and also GATE Mechanical Engineering (ME) Previous year question paper 2019 fully solved GATE with answer keys and solution.

## GATE Mechanical Engineering (ME) Question Papers 2019

You can get daily updates on GATE 2019 from ** www.oldquestionpapers.net** here you can also check similar links for other related study materials on GATE Mechanical Engineering (ME) Here

**Graduate Aptitude Test in Engineering**(GATE) Mechanical Engineering (ME) question bank 2019 is also available in Mechanical Engineering (ME) English Language.

**GATE **Mechanical Engineering (ME)** Question Paper ****2019**** | Download Free PDF:**

**1. Consider fully developed flow in a circular pipe with negligible entrance length effects. Assuming the mass flow rate, density and friction factor to be constant, if the length of the pipe is doubled and the diameter is halved, the head loss due to friction will increase by a factor of **

- (A) 4
- (B) 16
- (C) 32
- (D) 64

**2. The Blasius equation related to boundary layer theory is a **

- (A) third-order linear partial differential equation
- (B) third-order nonlinear partial differential equation
- (C) second-order nonlinear ordinary differential equation
- (D) third-order nonlinear ordinary differential equation

**3. For flow of viscous fluid over a flat plate, if the fluid temperature is the same as the plate temperature, the thermal boundary layer is **

- (A) thinner than the velocity boundary layer
- (B) thicker than the velocity boundary layer
- (C) of the same thickness as the velocity boundary layer
- (D) not formed at all

**4. For an ideal gas with constant values of specific heats, for calculation of the specific enthalpy, **

- (A) it is sufficient to know only the temperature
- (B) both temperature and pressure are required to be known
- (C) both temperature and volume are required to be known
- (D) both temperature and mass are required to be known

**5. A Carnot engine (CE-1) works between two temperature reservoirs A and B, where TA = 900 K and TB = 500 K. A second Carnot engine (CE-2) works between temperature reservoirs B and C, where TC = 300 K. In each cycle of CE-1 and CE-2, all the heat rejected by CE-1 to reservoir B is used by CE-2. For one cycle of operation, if the net Q absorbed by CE-1 from reservoir A is 150 MJ, the net heat rejected to reservoir C by CE-2 (in MJ) is ______________**

**Download GATE ME 01 Question Papers 2019 Full PDF**

**Download GATE ME 02 Question Papers 2019 Full PDF**

**Download GATE ME 03 Question Papers 2019 Full PDF**

**See Also……**