Recent questions tagged gate2016-1

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GATE2016-1-GA-10
$P$, $Q$, $R$ and $S$ are working on a project. $Q$ can finish the task in $25$ days, working alone for $12$ hours a day. $R$ can finish the task in $50$ days, working alone for $12$ hours per day. $Q$ worked $12$ hours a day but took sick leave in the ... is the ratio of work done by $Q$ and $R$ after $7$ days from the start of the project? $10:11$ $11:10$ $20:21$ $21:20$

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-GA-9
If $q^{-a}=\displaystyle{\frac{1}{r}}$ and $r^{-b}=\displaystyle{\frac{1}{s}}$ and $s^{-c}=\displaystyle{\frac{1}{q}}$, the value of $abc$ is $(rqs)^{-1}$ $0$ $1$ $r+q+s$

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-GA-8
Leela is older than her cousin Pavithra. Pavithra's brother Shiva is older than Leela. When Pavithra and Shiva are visiting Leela, all three like to play chess. Pavithra wins more often than Leela does. Which one of the following statements must be TRUE based ... . Leela is the oldest of the three. Shiva is a better chess player than Pavithra. Pavithra is the youngest of the three.

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-GA-7
In a world filled with uncertainty, he was glad to have many good friends. He had always assisted them in times of need and was confident that they would reciprocate. However, the events of the last week proved him wrong. Which of the following inference(s) is/are logically valid and can be ... did not help him last week. $(i)$ and $(ii)$ $(iii)$ and $(iv)$ $(iii)$ only $(iv)$ only

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-GA-6
A person moving through a tuberculosis prone zone has a $50$% probability of becoming infected. However, only $30$% of infected people develop the disease. What percentage of people moving through a tuberculosis prone zone remains infected but does not show symptoms of disease? $15$ $33$ $35$ $37$

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-GA-3
Despite the new medicine’s ______________ in treating diabetes, it is not ______________widely. effectiveness --- prescribed availability --- used prescription --- available acceptance --- proscribed

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-GA-2
The policeman asked the victim of a theft, “What did you __________?” loose lose loss louse

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-GA-5
Michael lives $10$ $km$ away from where I live. Ahmed lives $5$ $km$ away and Susan lives $7$ $km$ away from where I live. Arun is farther away than Ahmed but closer than Susan from where I live. From the information provided here, what is one possible distance (in $km$) at which I live from Arun’s place? $3.00$ $4.99$ $6.02$ $7.01$

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-GA-4
In a huge pile of apples and oranges, both ripe and unripe mixed together, $15$% are unripe fruits. Of the unripe fruits, $45$% are apples. Of the ripe ones, $66$% are oranges. If the pile contains a total of $5692000$ fruits, how many of them are apples? $2029198$ $2467482$ $2789080$ $3577422$

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-GA-1
Which of the following is CORRECT with respect to grammar and usage? Mount Everest is ____________. the highest peak in the world highest peak in the world one of highest peak in the world one of the highest peak in the world

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-55
Maximize $Z = 15X_1 + 20X_2$ subject to $12X_1 + 4X_2 ≥ 36$ $12X_1 − 6X_2 ≤ 24$ $X_1, X_2 ≥ 0$ The above linear programming problem has infeasible solution unbounded solution alternative optimum solutions degenerate solution

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-53
The figure below represents a triangle $PQR$ with initial coordinates of the vertices as $P(1,3)$, $Q(4,5)$ and $R(5,3.5)$. The triangle is rotated in the $X$-$Y$ plane about the vertex $P$ by angle $\theta$ in clockwise direction. If sin$\theta$ = $0.6$ and cos$\theta$ = $0.8$, the new coordinates of the vertex $Q$ are $(4.6, 2.8)$ $(3.2, 4.6)$ $(7.9, 5.5)$ $(5.5, 7.9)$

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-49
Heat is removed from a molten metal of mass $2$ $kg$ at a constant rate of $10$ $kW$ till it is completely solidified.The cooling curve is shown in the figure Assuming uniform temperature throughout the volume of the metal during solidification,the latent heat of fusion of metal ( in $kJ$/$kg$) is _________

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-48
A hypothetical engineering stress-strain curve shown in the figure has three straight lines PQ, QR, RS with coordinates P$(0,0)$, Q$(0.2,100)$, R$(0.6,140)$ and S$(0.8,130)$. 'Q' is the yield point, 'R' is the UTS point and 'S' the fracture point. The toughness of the material (in $MJ$/$m^3$) is __________

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-54
The annual demand for an item is $10,000$ units. The unit cost is $Rs$. $100$ and inventory carrying charges are $14.4$% of the unit cost per annum. The cost of one procurement is $Rs$. $2000$. The time between two consecutive orders to meet the above demand is _______ month($s$).

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-52
A $300$ $mm$ thick slab is being cold rolled using roll of $600$ $mm$ diameter. If the coefficient of friction is $0.08$, the maximum possible reduction (in $mm$) is __________

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-51
A cylindrical job with diameter of $200$ $mm$ and height of $100$ $mm$ is to be cast using modulus method of riser design. Assume that the bottom surface of cylindrical riser does not contribute as cooling surface. If the diameter of the riser is equal to its height, then the height of the riser (in $mm$) is $150$ $200$ $100$ $125$

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-50
The tool life equation for HSS tool is $VT^{0.14}f^{0.7}d^{0.4}$ = constant. The tool life $(T)$ of $30$ $min$ is obtained using the following cutting conditions: $V$ = $45$ $m/min$, $f$ = $0.35$ $mm$, $d$ = $2.0$ $mm$ If speed $(V)$, feed $(f)$ and depth of cut $(d)$ are increased individually by $25$%, the tool life (in $min$) is $0.15$ $1.06$ $22.50$ $30.0$

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-47
In a steam power plant operating on an ideal Rankine cycle, superheated steam enters the turbine at $3$ $MPa$ and $350^oC$. The condenser pressure is $75$ $kPa$. The thermal efficiency of the cycle is ________ percent. Given data: For saturated liquid, at $P$ = $75$ $kPa$, $h_f$ = $384.39$ ... $T$ = $350^oC$ (superheated steam), $h$ = $3115.3$ $kJ$/$kg$, $s$ = $6.7428$ $kJ$/$kg$-$K$

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-46
An ideal gas undergoes a reversible process in which the pressure varies linearly with volume. The conditions at the start (subscript $1$) and at the end (subscript $2$) of the process with usual notation are: $p_1$ = $100$ $kPa$, $V_1$ = $0.2$ $m^3$ and $p_2$ = ... the gas constant, $R$ = $0.275$ $kJ$/$kg$-$K$. The magnitude of the work required for the process (in $kJ$) is ________

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-45
For water at $25^oC$, $dp_s/dT_s$ = $0.189$ $kPa$/$K$ ($p_s$ is the saturation pressure in $kPa$ and $T_s$ is the saturation temperature in $K$) and the specific volume of dry saturated vapour is $43.38$ $m^3$/$kg$. Assume that the specific ... of vapour. Using the Clausius-Clapeyron equation, an estimate of the enthalpy of evaporation of water at $25^oC$ (in $kJ$/$kg$) is __________

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-44
A fluid (Prandtl number, $P_r$ = $1$) at $500$ $K$ flows over a flat plate of $1.5$ $m$ length, maintained at $300$ $K$. The velocity of the fluid is $10$ $m/s$. Assuming kinematic viscosity,$v=30\times 10^{-6}$ $m^2$/$s$, the thermal boundary layer thickness (in $mm$) at $0.5$ $m$ from the leading edge is __________

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-41
A steady laminar boundary layer is formed over a flat plate as shown in the figure. The free stream velocity of the fluid is $U_o$. The velocity profile at the inlet $a$-$b$ is uniform, while that at a downstream location $c$-$d$ ... $\dot{m}_{bd}$ leaving through the horizontal section $b$-$d$ to that entering through the vertical section $a$-$b$ is ___________

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-40
Oil (kinematic viscosity, $v_{oil}=1.0\times 10^{-5}$ $m^2$/$s$) flows through a pipe of $0.5$ $m$ diameter with a velocity of $10$ $m/s$. Water (kinematic viscosity, $v_w=0.89\times 10^{-6}$ $m^2$/$s$) is flowing through a model pipe of diameter $20$ $mm$. For satisfying the dynamic similarity, the velocity of water (in $m/s$) is __________

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-37
A solid disc with radius $a$ is connected to a spring at a point $d$ above the center of the disc. The other end of the spring is fixed to the vertical wall. The disc is free to roll without slipping on the ground. The mass of the disc is $M$ and the spring constant is $K$. The ... $\displaystyle{\sqrt{\frac{2K(a+d)^2}{Ma^2}}}$ $\displaystyle{\sqrt{\frac{K(a+d)^2}{Ma^2}}}$

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-32
A horizontal bar with a constant cross-section is subjected to loading as shown in the figure. The Young’s moduli for the sections $AB$ and $BC$ are $3E$ and $E$, respectively. For the deflection at $C$ to be zero, the ratio $\displaystyle{\frac{P}{F}}$ is ____________

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-33
The figure shows cross-section of a beam subjected to bending. The area moment of inertia (in $mm^4$) of this cross-section about its base is ________

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-39
An inverted U-tube manometer is used to measure the pressure difference between two pipes A and B ,as shown in figure.pipe A is carrying oil (specific gravity=$0.8$ ) and pipe B is carrying water.The densities of air and water are $1.16$ $kg$/$m^3$ ... $kPa$. Acceleration due to gravity $g$ = $10$ $m$/$s^2$.

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-43
An infinitely long furnace of $0.5$ $m$ $0. 4$ $m$ cross-section is shown in the figure below. Consider all surfaces of the furnace to be black. The top and bottom walls are maintained at temperature $T_1$ = $T_3$ = $927^oC$ while the side walls are at temperature $T_2$ = ... loss or gain on side $1$ is_________ $W/m$. Stefan-Boltzmann constant = $5.67$ $10^{-8}$ $W$/$m^2$-$K^4$

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-42
A steel ball of $10$ $mm$ diameter at $1000$ $K$ is required to be cooled to $350$ $K$ by immersing it in a water environment at $300$ $K$. The convective heat transfer coefficient is $1000$ $W$/$m^2$-$K$. Thermal conductivity of steel is $40$ ... $\tau$ is $16$ $s$. The time required (in $s$) to reach the final temperature is __________

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-38
The principal stresses at a point inside a solid object are $\sigma _1$ = $100$ $MPa$, $\sigma _2$ = $100$ $MPa$ and $\sigma _3$ = $0$ $MPa$. The yield strength of the material is $200$ $MPa$. The factor of safety calculated using Tresca (maximum shear stress) theory is ... one of the following relations is TRUE? $n_T=(\sqrt{3}/2)n_V$ $n_T=(\sqrt{3})n_V$ $n_T=n_V$ $n_V=(\sqrt{3})n_T$

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-36
In the gear train shown, gear $3$ is carried on arm $5$. Gear $3$ meshes with gear $2$ and gear $4$. The number of teeth on gear $2$, $3$, and $4$ are $60$, $20$, and $100$, respectively. If gear $2$ is fixed and gear $4$ ... the counterclockwise direction, the angular speed of arm $5$ (in $rpm$) is $166.7$ counterclockwise $166.7$ clockwise $62.5$ counterclockwise $62.5$ clockwise

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-35
A slider crank mechanism with crank radius $200$ $mm$ and connecting rod length $800$ $mm$ is shown. The crank is rotating at $600$ $rpm$ in the counterclockwise direction. In the configuration shown, the crank makes an angle of $90^o$ with the sliding ... $kN$ is acting on the slider. Neglecting the inertia forces, the turning moment on the crank (in $kN$-$m$) is __________

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-34
A simply-supported beam of length $3L$ is subjected to the loading shown in the figure. It is given that $P$ = $1$ $N$, $L$ = $1$ $m$ and Young's modulus $E$ = $200$ $GPa$. The cross-section is a square with dimension $10$ $mm$ ... beam at a distance of $1.5L$ from the left end is _____________ (Indicate compressive stress by a negative sign and tensile stress by a positive sign.)

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-31
A two-member truss $PQR$ is supporting a load $W$. The axial forces in members $PQ$ and $QR$ are respectively $2W$ tensile and $\sqrt{3}W$ compressive $\sqrt{3}W$ tensile and $2W$ compressive $\sqrt{3}W$ compressive and $2W$ tensile $2W$ compressive and $\sqrt{3}W$ tensile

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-29
Gauss-Seidel method is used to solve the following equations (as per the given order): $x_1+2x_2+3x_3=5$ $2x_1+3x_2+x_3=1$ $3x_1+2x_2+x_3=3$ Assuming initial guess as $x_1=x_2=x_3=0$ , the value of $x_3$ after the first iteration is __________

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-28
The value of the integral $\displaystyle{\int_{-\infty }^{\infty }\frac{sinx}{x^2+2x+2}}dx$ evaluated using contour integration and the residue theorem is $\displaystyle{\frac{-\pi sin(1)}{e}}$ $\displaystyle{\frac{-\pi cos (1)}{e}}$ $\displaystyle{\frac{sin (1)}{e}}$ $\displaystyle{\frac{cos (1)}{e}}$

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-27
If $y=f(x)$ satisfies the boundary value problem ${y}''+9y=0$ , $y(0)=0$ , $y(\pi /2)=\sqrt{2}$, then $y(\pi /4)$ is ________

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-25
Match the following: P. Feeler guage I. Radius of an object Q. Fillet guage II. Diameter within limits by comparison R. Snap guage III. Clearance or gap between components S. Cylindrical plug guage IV. Inside diameter of straight hole P–III, Q–I, R–II, S–IV P–III, Q–II, R–I, S–IV P–IV, Q–II, R–I, S–III P–IV, Q–I, R–II, S–III

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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GATE2016-1-30
A block of mass $m$ rests on an inclined plane and is attached by a string to the wall as shown in the figure. The coefficient of static friction between the plane and the block is $0.25$. The string can withstand a maximum force of $20$ $N$. The maximum value ... equilibrium is ____________ $kg$. Take $cos\theta$ and $sin \theta$ Acceleration due to gravity $g$ = $10$ $m$/$s^2$

asked Feb 24, 2017 in Others by Arjun (21.5k points)

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