100525 + Interview Questions in GENERAL QA IN GENERAL AWARENESS Page 1911 InterviewSolution

95501.	In the given figure AB, BC, BD cannot be in A. A.P.B. G.P.C. H.P.D. None of these
Answer» Correct Answer - A

Discussion

95502.	Is 184 a term of the sequence 3,7,11, ... ?
Answer» Correct Answer - No

Discussion

95503.	If `x in R ,`the numbers `2^(1+x)+2^(1-x), b//2,36^x+36^(-x)`form an A.P., then `b`may lie in theinterval`[12 ,oo)`b. `[6,oo)`c. `(-oo,6]`d. `[6, 12]`A. `[12, oo)`B. `[6, oo)`C. `(-oo, 6]`D. `[6, 12]`
Answer» Correct Answer - B If `x in R`, the numbers …………. `b = (2^(t+x)+2^(t-x))+(36^(x)+36^(-x))` ` = 2underset(ge2)underbrace((2^(x)+2^(-x))) + underset(ge2)underbrace((6^(2x)+6^(-2x)))` `implies b ge 2(2)+2 = 6` `i.e. b in [6, oo)`

Discussion

95504.	If `x in R ,`the numbers `2^(1+x)+2^(1-x), b//2,36^x+36^(-x)`form an A.P., then `b`may lie in theinterval`[12 ,oo)`b. `[6,oo)`c. `(-oo,6]`d. `[6, 12]`A. `[12,oo)`B. `[6,oo)`C. `(-oo,6)`D. `[6,12]`
Answer» Correct Answer - A

Discussion

95505.	If 13 tan θ= 12, then find the value of (2sinθ cosθ/cos2θ – sin2θ).
Answer» Given : 13 tan θ = 12 Now given expression is,(2sinθ. cosθ/cos²θ– sin²θ) Dividing numerator and denominator by cos²θ. Given expression is = 312/25

95505.

If 13 tan θ= 12, then find the value of (2sinθ cosθ/cos2θ – sin2θ).

Answer»

Given : 13 tan θ = 12

Now given expression is,(2sinθ. cosθ/cos²θ– sin²θ)

Dividing numerator and denominator by cos²θ.

Given expression is = 312/25

Discussion

95506.	A force `F=-K(yhati+xhatj)` (where K is a positive constant) acts on a particle moving in the x-y plane. Starting from the origin, the particle is taken along the positive x-axis to the point `(a, 0)`, and then parallel to the y-axis to the point `(a, a)`. The total work done by the force F on the particle isA. `-2ka^(2)`B. `2ka^(2)`C. `-ka^(2)`D. `ka^(2)`
Answer» Correct Answer - C

Discussion

95507.	What is the solution of the pair of linear equations 37x+43y=123, 43x+37y=117?(a) x = 2,y = 1(b) x = -1,y = 2(c) x = -2,y = 1(d) x = 1,y = 2
Answer» Correct answer is: (d) x = 1,y = 2 37x+43y=123 ........(1) 43x+37y=117 ........(2) Adding (1) and (2) X+ y=3 ........(3) Subtracting (2) from (1) -x + y=1......(4) Adding (3) and (4), 2y=4 y=2 ⇒ x=1 ∴ solution is x=1 and y=2

95507.

What is the solution of the pair of linear equations 37x+43y=123, 43x+37y=117?(a) x = 2,y = 1(b) x = -1,y = 2(c) x = -2,y = 1(d) x = 1,y = 2

Answer»

Correct answer is: (d) x = 1,y = 2

37x+43y=123 ........(1)

43x+37y=117 ........(2)

Adding (1) and (2)

X+ y=3 ........(3)

Subtracting (2) from (1)

-x + y=1......(4)

Adding (3) and (4),

2y=4

y=2

⇒ x=1

∴ solution is x=1 and y=2

Discussion

95508.	A vertical stick 20m long casts a shadow 10m long on the ground. At the same time a tower casts a shadow 50m long. What is the height of the tower?(a) 30m(b) 50m(c) 80m(d) 100m
Answer» Correct answer is: (d) 100m Height of Vertical stick/Shadow of vertical stick=height of tower/shadow of tower 20/10=Height of tower/50 Height of tower=100 m

95508.

A vertical stick 20m long casts a shadow 10m long on the ground. At the same time a tower casts a shadow 50m long. What is the height of the tower?(a) 30m(b) 50m(c) 80m(d) 100m

Answer»

Correct answer is: (d) 100m

Height of Vertical stick/Shadow of vertical stick=height of tower/shadow of tower

20/10=Height of tower/50

Height of tower=100 m

Discussion

95509.	A particle is ejected from the tube at A with a velocity `V` at an angle `theta` with the verticle y-axis at a height h above the ground as shown. A strong horizontal wind gives the particle a constant horizontal acceleration a in the positive x-direction. If the particle strikes the ground at a point directly under its released position and the downward y-acceleration is taken as g then find h. A. `h= (2V^(2)sin theta cos theta)/(a)`B. `h =(2V^(2)sin theta cos theta)/(g)`C. `h =(2V^(2))/(g)sin theta[cos theta+(a)/(g)sin theta]`D. `h =(2V^(2))/(a)sin theta[cos theta+(g)/(a)sin theta]`
Answer» Correct Answer - D A particle is ………… Since x - displecement is zero `0 = Vsin theta t-(1)/(2)at^(2)` `t = (2Vsin theta)/(a)` `h = Vcos theta t+(1)/(2)"gt"^(2)` `h = (2V^(2))/(a)sin theta [cos theta+(g)/(a)sin theta]`

Discussion

95510.	The potential energy of a body is given by `U=9/x^(2)-2/x` The position at which its speed can be maximum is.A. `x=+3m`B. `x=-3m`C. `x=9m`D. `x=-9m`
Answer» Correct Answer - C `U=-2/x+9/x^(2)` `(du)/dx=+2/x^(2)-18/x^(3)` ` f=-(du)/dx=-2/x^(2)+18/x^(3)` `f=0Rightarrowx=+9` `(d^(2)U)/dx^(2)=-4/x^(3)+54/x^(4)` `at x=9 (d^(2)U)/dx^(2)=(d^(2)U)/dx^(2)=[-4+6//27]ge=0Rightarrow potential energy is minimum`

Discussion

95511.	A particle is moving with constant velocity `(6hati+8hatj)m//s`. It corosses x-axis at point `(2,0)`. The rate of separation from origin at this moment is :A. `6ms^(-1)`B. `8ms^(-1)`C. `10ms^(-1)`D. `7ms^(-1)`
Answer» Correct Answer - A A particle is ………… Rate of seperation at any instant is determined by the component of velocity which is along the line joining the two refrence points. Here x-axis is the line of seperation and hance, rate of seperation `= v_(x) = 6 m//s`.

Discussion

95512.	The conveyed belt is moving at `4m//s` the coefficient of static friction between the conveyed belt and the 10kg package Bis ` mu_(s)=0.2 determine the shortest time in which the belt can be stopped so the the package does not slide on the belt A. 1sB. 2sC. 4sD. 8s
Answer» Correct Answer - B `a_(max)=mu,g=0.2xx10=2m//s^(2)` `t_(min)=u/a_(max)=4/2=2sec`

Discussion

95513.	A block of mass 10kg is placed on rough inclined plasne of variable angle `theta` and friction coefficient `mu_(s)=mu_(k)=3//4`. When `theta` is `37^(@)` net reaction force applied by inclined is `vecN_(1)` and when `theta = 53^(@)` net reaction force applied by inclined is `vecN_(2)` , then `\|vecN_(1)\|-\|vecN_(2)\|` is :A. `0`B. `25N`C. `-25N`D. `-37N`
Answer» Correct Answer - B A block of ………….. `Mg - sqrt(1+mu^(2))Mg cos theta` `= 25 N`.

Discussion

95514.	In a parallel-plate capacitor, the region between the plates is filled by a dielectric slab. The capacitor is connected to a cell and the slab is taken out. ThenA. the potential difference across the capacitor reduces.B. the potential difference across the capacitor increases.C. the energy stored in the capacitor reduces.D. no work is done by an external agent in taking the slab out.
Answer» Analyse the situation gives qualitavely the charge on the plates can not change.

Discussion

95515.	A particle is moving with a constant acceleration `veca = hati-2hatj+2hatk m//s^(2)` and instantaneous velocity `vecv = hati+2hatj+2hatk m//s`, then rate of change of speed of particle 2 second after this instant will be :A. `(19)/(3)m//s^(2)`B. `3m//s^(2)`C. `(19)/(7)m//s^(2)`D. None of these
Answer» Correct Answer - C A particle is ………… `vecv=(hati+2hatj+2hatk)+2(hati-2hatj+2hatk)` `= hati +2hatj+2hatk+2hati-4hatj+4hatk` `= 3hati-2hatj+6hatk` `(d\|vecv\|)/(dt)=((3hati-2hatj+6hatk))/(sqrt(9+4+36))(hati-2hatj+2hatk)` `= (19)/(7)`

Discussion

95516.	(a). Write the basic nuclear process involved in the emission of β+ in a symbolic form, by a radioactive nucleus. (b).In the reactions given below : (i). \(^{11}_6C\) → \(^{Z}_YB\) + x + v(ii). \(^{12}_6C\) + \(^{12}_6B\) → \(^{20}_aNe\) + \(^{c}_bHe\) Find the values of z, y and x and a, b& c.
Answer» (a) For beta plus decay, A proton transforms into a neutron within the nucleus, according to : P → n + e⁺ + v; v = neutrino Example of B⁺ decay : \(_{11}Na^{22}\) → \(_{10}Ne^{22}\) + e⁺ + v Infect, Lighter radioactive isotopes with Z < 70 decay mostly by beta plus decay. (b) (i). \(^{11}_6C\) → \(^{Z}_YB\) + x + v x : positron ⇒ ₊₁e⁰ ∴ Y = 5, Z = 1 (ii). \(^{12}_6C\) + \(^{12}_6B\) → \(^{20}_aNe\) + \(^{c}_bHe\) b = 2, c = 4 a = 10

95516.

(a). Write the basic nuclear process involved in the emission of β+ in a symbolic form, by a radioactive nucleus. (b).In the reactions given below : (i). \(^{11}_6C\) → \(^{Z}_YB\) + x + v(ii). \(^{12}_6C\) + \(^{12}_6B\) → \(^{20}_aNe\) + \(^{c}_bHe\) Find the values of z, y and x and a, b& c.

Answer»

(a) For beta plus decay,

A proton transforms into a neutron within the nucleus, according to :

P → n + e⁺ + v;

v = neutrino

Example of B⁺ decay :

\(_{11}Na^{22}\) → \(_{10}Ne^{22}\) + e⁺ + v

Infect,

Lighter radioactive isotopes with Z < 70 decay mostly by beta plus decay.

(b) (i). \(^{11}_6C\) → \(^{Z}_YB\) + x + v

x : positron

⇒ ₊₁e⁰

∴ Y = 5, Z = 1

(ii). \(^{12}_6C\) + \(^{12}_6B\) → \(^{20}_aNe\) + \(^{c}_bHe\)

b = 2, c = 4

a = 10

Discussion

95517.	Assertion: In u235 fission reaction neutrons are required to be slowed down.Reason: The probability of capture of slow moving neutrons is high for u235. (1) If both assertion and reason are true and reason is the correct explanation of assertion. (2) If both assertion and reason are true but reason is not the correct explanation of assertion. (3) If assertion is true but reason is false. (4) If both assertion and reason are false.
Answer» (1) If both assertion and reason are true and reason is the correct explanation of assertion.

Discussion

95518.	In the nuclear raction `._1H^2 +._1H^2 rarr ._2He^3 +._0n^1` if the mass of the deuterium atom `=2.014741 am u`, mass of `._2He^3` atom `=3.016977 am u`, and mass of neutron `=1.008987 am u`, then the `Q` value of the reaction is nearly .A. 0.000352MeVB. 3.27 MeVC. 0.82 MeVD. 2.45 Me V
Answer» Correct Answer - B `Q=[sum m_("reac tan ts")-summ_("products")]c^(2)` `=2xx2.014741-(3.016977+1.008987)xx931MeV` `=3.27Me V`

Discussion

95519.	Statement-1:A mixture of p-Methylbenzoic acid and picric acid is separated by `NaHCO_3` solution. Statement-2:p-Methylbenzoic acid is soluble in `NaHCO_3` because it gives effervesence of `CO_2`A. Statement-1 is True, Statement-2 is True, Statement-2 is a correct explanation for Statement-1B. Statement-1 is True, Statement-2 is True, Statement-2 is NOT a correct explanation for Statement-1C. Statement-1 is True, Statement-2 is False.D. Statement-1 is False, Statement-2 is True.
Answer» Correct Answer - D Both will give `CO_2` gas with `NaHCO_3` due to stronger acidic nature.

Discussion

95520.	The degree of ionisation of a `0.1 M` bromoacetic acid solution is `0.13`. Calculate the `pH` of the solution and the `pK_(a)` of bromoacetic acid.
Answer» `{:(,BrCH_(2)COOH,hArr,CH_(2)(Br)COO^(Θ),+,H^(o+)),("Initial conc.",C,,0,,0),("Conc. at Eq.",C-Calpha,,Calpha,,Calpha):}` `{:(Initial conc.,C,,0,0),(Conc. at Eq.,C-Calpha,,Calpha,Calpha):}` `K_(a)=(Calpha.Calpha)/(C(1-alpha))=(Calpha^(2))/(1-alpha)~~Calpha^(2)` `=0.1xx(0.132)^(2)=1.74xx10^(-3)` `pK_(a)=-log(1.74xx10^(-3))=3-0.2405=2.76` `[H^(o+)]=Calpha=0.1xx0.132=1.32xx10^(-2)M` `pH=-log(1//32xx10^(-2))=2-0.1206=1.88`

Discussion

95521.	The `pH` of `0.005 M` codine `(C_(18)H_(21)NO_(3))` solution is `9.95`. Calculate its ionisation constant and `pK_(b)`.
Answer» Codenine is `W_(B)`: `BOH hArr B^(o+)+overset(Θ)(O)H` `pH=9.95 :. pOH=14-9.95=4.05` `pOH_(W_(B))=1/2(pK_(b)-logC)` `4.05xx2=(pK_(b)-log 5xx10^(-3))` `8.1=(pK_(b)-0.7+3), pK_(b)=8.1-2.3=5.8` `K_(b)=Antilog (-5.8)=` Antilog `(-5-0.8+1-1)` =Antilog `bar(6).2=1.588xx10^(-16)` `:. K_(b)=1.588xx10^(-6)`

Discussion

95522.	Which of the following thermodynamic properties must be associated with a reaction spontaneous at only high temperaturesA. `DeltaHlt0,DeltaSlt0`B. `DeltaHlt0,DeltaSgt0`C. `DeltaHgt0,DeltaSgt0`D. `DeltaHgt0,DeltaSlt0`
Answer» Correct Answer - C `DeltaG=DeltaH-TDelta` `(+ve)-(=ve)` `DeltaG=-ve` only at high temp.

Discussion

95523.	If the `DeltaG^(@)` of a cell reaction `AgCI+e^(-)` is `-21.20KJ` standard emf of cell isA. 0.329VB. 0.220VC. `-0.220V`D. `-0.110V`
Answer» Correct Answer - B `DeltaG^(@)-nFE^(@)` `-21.20=-1xx96500xxE^(@)` `E^(@)(21.20xx1000)/(96500)` `=0.22V`

Discussion

95524.	Consider the following reactions: `C(s)+O_(2)(g)toCO_(2)(g)+x " kJ"` `CO(g)+(1)/(2)O_(2)(g)toCO_(2)(g)+y" kJ"` The heat formation of CO(g) is :A. `-(X+Y)kJ//mol`B. `(X-Y)kJ//mol`C. `(Y-X)kJ//mol`D. `(Y+X)kJ//mol`
Answer» Correct Answer - C `T.R:C_(s)+(1)/(2)O_(2(g))toCO_((g)),DeltaH_(r)=DeltaH_(f)` `T.R=(I)+(II)rev` `=(-X)+(+Y)` `DeltaH_(r)=Y-X`

Discussion

95525.	The enthalpy change for the following reaction is 368 kJ. Calculate the average O-F bond energy. `OF_(2)(g)rarrO(g)+2F(g)`A. `184kJ//mol`B. `368kJ//mol`C. `536kJ//mol`D. `736kJ//mol`
Answer» Correct Answer - A average` B.E=(368)/(2)=184kJ//mol^(-1)`

Discussion

95526.	For a solution concetration can be expressed as 16% w/w well as 20 % w/v. what will be density of solution ?A. 1.5 gm/litB. 0.8 gm/litC. 1.25 gm/mlD. 0.8 gm/ml
Answer» Correct Answer - C `((w_(B))/(w_(s))xx100=16)/((w_(B))/(v_(s))xx100=20)` `(v_(s))/(w_(s))=16/20rArr d=5/4 =1.25 gm//ml`

Discussion

95527.	Given `8Kl(aq)+5H_(2)SO_(4)(aq)rarr4K_(2)SO_(4)(aq)+4I_(2)(g)+H_(2)S(g)+4H_(2)O(g)` 16 mol of KI reacts with 12 mol of `H_(2)SO_(4)`. The total volume of gases collected at 1atm and 546 K isA. `18 xx 22.4 " Litre"`B. `14 xx 22.4 " Litre"`C. `10 xx 22.4 " Litre"`D. `36 xx 22.4 " Litre"`
Answer» Correct Answer - D `8KI(aq.)+5H_(2)SO_(4)(aq.)rarr4K_(2)SO_(4)(aq.)+4I_(2)(g)+H_(2)S(g)+4H_(2)O(g)` `{:("Given 16 mol",12" mol",,4//8xx16,1//8xx16,),("Limiting reagent "16//8=2,12//5=2.4,,=8" mol",=2" mol",8"mol"),(" ""L.R","excess",,,,),("After reaction",12-5//8xx16,,,,),(["Remaining mol"],=2" mol",,,,):}` Total gaseous moles in container = ` 8 + 2 + 8 = 18 "mol"` `V=18xx2xx22.4l`

Discussion

95528.	If the density of methanol is `0.793 kg L^(-1)` what ia its volume needed for making 2.5 L of its `0.25 M` solution?
Answer» Molar mass of methanol `(CH_(3)OH)` `=32 g mol^(-1)=0.032 kg mol^(-1)` Molarity of the given solution `=(W_(2) "in" kg)/(Mw_(2)xxV_(sol)(L))=(d_(sol)(kgL^(-1)))/(Mw_(2)(kg))` `=(0.793 kg L^(-1))/(0.032 kg mol^(-1))=24.78 M` Applying `underset(("Given solution"))(M_(1)xxV_(1))=underset("prepared)")underset("(Solution to be")(M_(2)V_(2)` `24.78xxV_(1)=0.25xx2.5 L` or `V_(1)=0.02522 L=25.22 mL`

Discussion

95529.	Which type of graph plot is used to analyze the effect of temperature on the rates of chemical reactions?(a) Dot plot(b) Normal probability plot(c) Arrhenius plot(d) Line weaver-Burk plot
Answer» Correct option is (c) Arrhenius plot Explanation: An Arrhenius plot displays the logarithm of kinetic constants (ln (k), ordinate axis) plotted against inverse temperature (1/T, abscissa). The Arrhenius equation can be written as: ln (k) = ln (A) – (Ea/R) (1/T) Where : k = Rate constant A = Pre-exponential factor Ea = Activation energy R = Gas constant T = Absolute temperature, K In the right, which represents the y-coordinate axis.

Discussion

95530.	What useful information can be found from a Van Deemter plot?(a) Optimum column length(b) Optimum column temperature(c) Optimum mobile phase flow rate(d) The selectivity factor
Answer» The correct answer is (a) Optimum column length Explanation: The Van Deemter equation is an empirical formula describing the relationship between plate height (H, the length needed for one theoretical plate) which is a measure of column efficiency, and linear velocity (µ) . Smaller plate height values correspond to greater peak efficiencies, as more plates, or analyte partitioning, can occur over a fixed length of a column. The Van Deemter equation is governed by three cumulative terms: (A) eddy diffusion, (B) longitudinal diffusion, and (C) mass transfer. A loss in peak efficiency can be observed as a wider analyte band, and therefore, these three terms can also be viewed as factors that contribute to band broadening.

Discussion

95531.	On which plot the Best fit-line is represented?(a) Histogram plot(b) Scatter plot(c) Probability plot(d) Dot plot
Answer» Correct option is (b) Scatter plot For explanation I would say: A line of best fit (or “trend” line) is a straight line that best represents the data on a scatter plot. This line may pass through some of the points, none of the points, or all of the points.

Discussion

95532.	The plasma half life of penicillin-G is longer in the new born because their:A. Plasma protein level is low B. Drug metabolizing enzymes are immature C. Glomerular filtration rate is low D. Tubular transport mechanisms are not well developed
Answer» D. Tubular transport mechanisms are not well developed

Discussion

95533.	You are given a cube of pure copper. You measure the sides of the cube to find the volume and weigh it to find its mass. When you calculate the density using your measurements, you get 8.78 grams/cm^3. Coppers accepted density is 8.96 g/cm^3. What is your percent error?(a) 1%(b) 0.02%(c) 0.01%(d) 2%
Answer» Correct option is (d) 2% Easy explanation: Experimental value = 8.78 g/cm^3 Accepted value = 8.96 g/cm^3 Step 1: Subtract the accepted value from the experimental value. 8.78 g/cm^3 – 8.96 g/cm^3 = -0.18 g/cm^3 Step 2: Take the absolute value of step 1 \|-0.18 g/cm^3\| = 0.18 g/cm^3 Step 3: Divide that answer by the accepted value, 0.18g/cm^3 ÷ 8.96g/cm^3 = 0.02 Step 4: Multiply that answer by 100 and add the % symbol to express the answer as a percentage. 0.02 x 100 = 2 The percent error of your density calculation was 2%.

Discussion

95534.	Which of the following is a type B (unpredictable) adverse drug reaction: A. Side effect B. Toxic effect C. Idiosyncrasy D. Physical dependence
Answer» C. Idiosyncrasy

Discussion

95535.	Monitoring of blood levels of diuretic drugs is not practised because: A. No sensitive methods for measuring blood levels of diuretics are available B. It is easier to measure the effect of these drugs C. Response to diuretics is not related to their blood levels D. Diuretics need activation in the body
Answer» B. It is easier to measure the effect of these drugs

Discussion

95536.	What shape does fillet pieces have?(a) Convex(b) Concave(c) Convex and concave(d) Plane
Answer» Correct answer is (b) Concave To elaborate: Fillets have different construction for the straight and the corners which are not split. They are made up of milled concave pieces stuck in their position.

Discussion

95537.	Which device is used to measure the amount of energy stored in foods?(a) Rheometer(b) Adiabatic calorimeter(c) Bomb calorimeter(d) Heat flow calorimeter
Answer» Right option is (c) Bomb calorimeter To explain: Complex organic food molecules such as sugars, fats, and proteins are rich sources of energy for cells because much of the energy used to form these molecules is literally stored within the chemical bonds that hold them together. Scientists can measure the amount of energy stored in foods using a device called a bomb calorimeter. With this technique, food is placed inside the calorimeter and heated until it burns. The excess heat released by the reaction is directly proportional to the amount of energy contained in the food.

Discussion

95538.	The loading dose of a drug is governed by its: A. Renal clearance B. Plasma half life C. Volume of distribution D. Elimination rate constant
Answer» C. Volume of distribution

Discussion

95539.	The type II, type III and type IV hypersensitivity reactions can be suppressed by: A. Adrenaline B. Antihistaminics C. Corticosteroids D. Sod. cromoglycate
Answer» C. Corticosteroids

Discussion

95540.	What should the radius of fillet be to allow fillet sharp angles?(a) More than 15mm(b) Less than 10mm(c) Between 10mm and 15mm(d) More than 20mm
Answer» The correct answer is (b) Less than 10mm Explanation: Radius of the fillet in order to allow filleting sharp angles, must be less than 10mm, in all classes of pattern. If the radius exceeds this value or goes below it, there would be defects in the cast.

Discussion

95541.	The most appropriate route of administration for adrenaline in a case of anaphylactic shock is: A. Intracardiac B. Intravenous C. Intramuscular D. Subcutaneous
Answer» C. Intramuscular

Discussion

95542.	When the same dose of a drug is repeated at half life intervals, the steady-state (plateau) plasma drug concentration is reached after: A. 2–3 half lives B. 4–5 half lives C. 6–7 half lives D. 8–10 half lives
Answer» B. 4–5 half lives

Discussion

95543.	A drug which produces qualitatively different actions when administered through different routes is: A. Phenytoin sodium B. Hydralazine C. Magnesium sulfate D. Nitroglycerine
Answer» C. Magnesium sulfate

Discussion

95544.	Intradermal drug sensitivity tests can detect the presence of following type of hypersensitivity: A. Type I (anaphylactic) B. Type II (cytolytic) C. Type III (retarded) D. All of the above
Answer» A. Type I (anaphylactic)

Discussion

95545.	Refer to Q6, and calculate the power dissipated per unit mass of fluid.(a) 0.050 m^2 s^-3(b) 0.042 m^2 s^-3(c) 0.040 m^2 s^-3(d) 0.052 m^2 s^-3
Answer» Right choice is (d) 0.052 m^2 s^-3 Explanation: (lambda^4 = frac{v^3}{varepsilon}) (varepsilon = frac{v^3}{λ^4}) Therefore, (varepsilon = frac{(1.29×10^{-6})^3 ,m^6 ,s^{-3}}{(8×10^{-5})^4 m^4}) = 0.052 m^2 s^-3.

Discussion

95546.	Tolerance is generally not acquired to: A. Antisecretory action of atropine B. Sedative action of chlorpromazine C. Emetic action of levodopa D. Vasodilator action of nitrates
Answer» A. Antisecretory action of atropine

Discussion

95547.	An addicting drug which produces little or no physical dependence is: A. Diazepam B. Phenobarbitone C. Amphetamine D. Methadone
Answer» C. Amphetamine

Discussion

95548.	Adaptive neurophysiological changes produced by repeated administration of a drug, which result in the appearance of characteristic withdrawal syndrome on discontinuation of the drug is called: A. Drug addiction B. Drug abuse C. Psychological dependence D. Physical dependence
Answer» D. Physical dependence

Discussion

95549.	Marked redistribution is a feature of: A. Highly lipid soluble drugs B. Poorly lipid soluble drugs C. Depot preparations D. Highly plasma protein bound drugs
Answer» A. Highly lipid soluble drugs

Discussion

95550.	Rectangular wooden workpiece of a pattern set is not used for making?(a) Shields(b) Boards(c) Boxes(d) Drum type elements
Answer» Correct option is (d) Drum type elements The explanation is: Drum type elements are made using circular wooden workpiece of a pattern set, while the remaining ones are made out of the rectangular wooden workpiece.

Discussion

Explore topic-wise InterviewSolutions in .

In the given figure AB, BC, BD cannot be in A. A.P.B. G.P.C. H.P.D. None of these

Is 184 a term of the sequence 3,7,11, ... ?

If `x in R ,`the numbers `2^(1+x)+2^(1-x), b//2,36^x+36^(-x)`form an A.P., then `b`may lie in theinterval`[12 ,oo)`b. `[6,oo)`c. `(-oo,6]`d. `[6, 12]`A. `[12, oo)`B. `[6, oo)`C. `(-oo, 6]`D. `[6, 12]`

If `x in R ,`the numbers `2^(1+x)+2^(1-x), b//2,36^x+36^(-x)`form an A.P., then `b`may lie in theinterval`[12 ,oo)`b. `[6,oo)`c. `(-oo,6]`d. `[6, 12]`A. `[12,oo)`B. `[6,oo)`C. `(-oo,6)`D. `[6,12]`

If 13 tan θ= 12, then find the value of (2sinθ cosθ/cos2θ – sin2θ).

What is the solution of the pair of linear equations 37x+43y=123, 43x+37y=117?(a) x = 2,y = 1(b) x = -1,y = 2(c) x = -2,y = 1(d) x = 1,y = 2

A vertical stick 20m long casts a shadow 10m long on the ground. At the same time a tower casts a shadow 50m long. What is the height of the tower?(a) 30m(b) 50m(c) 80m(d) 100m

The potential energy of a body is given by `U=9/x^(2)-2/x` The position at which its speed can be maximum is.A. `x=+3m`B. `x=-3m`C. `x=9m`D. `x=-9m`

A particle is moving with constant velocity `(6hati+8hatj)m//s`. It corosses x-axis at point `(2,0)`. The rate of separation from origin at this moment is :A. `6ms^(-1)`B. `8ms^(-1)`C. `10ms^(-1)`D. `7ms^(-1)`

The conveyed belt is moving at `4m//s` the coefficient of static friction between the conveyed belt and the 10kg package Bis ` mu_(s)=0.2 determine the shortest time in which the belt can be stopped so the the package does not slide on the belt A. 1sB. 2sC. 4sD. 8s

A particle is moving with a constant acceleration `veca = hati-2hatj+2hatk m//s^(2)` and instantaneous velocity `vecv = hati+2hatj+2hatk m//s`, then rate of change of speed of particle 2 second after this instant will be :A. `(19)/(3)m//s^(2)`B. `3m//s^(2)`C. `(19)/(7)m//s^(2)`D. None of these

In the nuclear raction `._1H^2 +._1H^2 rarr ._2He^3 +._0n^1` if the mass of the deuterium atom `=2.014741 am u`, mass of `._2He^3` atom `=3.016977 am u`, and mass of neutron `=1.008987 am u`, then the `Q` value of the reaction is nearly .A. 0.000352MeVB. 3.27 MeVC. 0.82 MeVD. 2.45 Me V

The degree of ionisation of a `0.1 M` bromoacetic acid solution is `0.13`. Calculate the `pH` of the solution and the `pK_(a)` of bromoacetic acid.

The `pH` of `0.005 M` codine `(C_(18)H_(21)NO_(3))` solution is `9.95`. Calculate its ionisation constant and `pK_(b)`.

Which of the following thermodynamic properties must be associated with a reaction spontaneous at only high temperaturesA. `DeltaHlt0,DeltaSlt0`B. `DeltaHlt0,DeltaSgt0`C. `DeltaHgt0,DeltaSgt0`D. `DeltaHgt0,DeltaSlt0`

If the `DeltaG^(@)` of a cell reaction `AgCI+e^(-)` is `-21.20KJ` standard emf of cell isA. 0.329VB. 0.220VC. `-0.220V`D. `-0.110V`

Consider the following reactions: `C(s)+O_(2)(g)toCO_(2)(g)+x " kJ"` `CO(g)+(1)/(2)O_(2)(g)toCO_(2)(g)+y" kJ"` The heat formation of CO(g) is :A. `-(X+Y)kJ//mol`B. `(X-Y)kJ//mol`C. `(Y-X)kJ//mol`D. `(Y+X)kJ//mol`

The enthalpy change for the following reaction is 368 kJ. Calculate the average O-F bond energy. `OF_(2)(g)rarrO(g)+2F(g)`A. `184kJ//mol`B. `368kJ//mol`C. `536kJ//mol`D. `736kJ//mol`

For a solution concetration can be expressed as 16% w/w well as 20 % w/v. what will be density of solution ?A. 1.5 gm/litB. 0.8 gm/litC. 1.25 gm/mlD. 0.8 gm/ml

Given `8Kl(aq)+5H_(2)SO_(4)(aq)rarr4K_(2)SO_(4)(aq)+4I_(2)(g)+H_(2)S(g)+4H_(2)O(g)` 16 mol of KI reacts with 12 mol of `H_(2)SO_(4)`. The total volume of gases collected at 1atm and 546 K isA. `18 xx 22.4 " Litre"`B. `14 xx 22.4 " Litre"`C. `10 xx 22.4 " Litre"`D. `36 xx 22.4 " Litre"`

If the density of methanol is `0.793 kg L^(-1)` what ia its volume needed for making 2.5 L of its `0.25 M` solution?

Which type of graph plot is used to analyze the effect of temperature on the rates of chemical reactions?(a) Dot plot(b) Normal probability plot(c) Arrhenius plot(d) Line weaver-Burk plot

What useful information can be found from a Van Deemter plot?(a) Optimum column length(b) Optimum column temperature(c) Optimum mobile phase flow rate(d) The selectivity factor

On which plot the Best fit-line is represented?(a) Histogram plot(b) Scatter plot(c) Probability plot(d) Dot plot

The plasma half life of penicillin-G is longer in the new born because their:A. Plasma protein level is low B. Drug metabolizing enzymes are immature C. Glomerular filtration rate is low D. Tubular transport mechanisms are not well developed

Which of the following is a type B (unpredictable) adverse drug reaction: A. Side effect B. Toxic effect C. Idiosyncrasy D. Physical dependence

What shape does fillet pieces have?(a) Convex(b) Concave(c) Convex and concave(d) Plane

Which device is used to measure the amount of energy stored in foods?(a) Rheometer(b) Adiabatic calorimeter(c) Bomb calorimeter(d) Heat flow calorimeter

The loading dose of a drug is governed by its: A. Renal clearance B. Plasma half life C. Volume of distribution D. Elimination rate constant

The type II, type III and type IV hypersensitivity reactions can be suppressed by: A. Adrenaline B. Antihistaminics C. Corticosteroids D. Sod. cromoglycate

What should the radius of fillet be to allow fillet sharp angles?(a) More than 15mm(b) Less than 10mm(c) Between 10mm and 15mm(d) More than 20mm

The most appropriate route of administration for adrenaline in a case of anaphylactic shock is: A. Intracardiac B. Intravenous C. Intramuscular D. Subcutaneous

When the same dose of a drug is repeated at half life intervals, the steady-state (plateau) plasma drug concentration is reached after: A. 2–3 half lives B. 4–5 half lives C. 6–7 half lives D. 8–10 half lives

A drug which produces qualitatively different actions when administered through different routes is: A. Phenytoin sodium B. Hydralazine C. Magnesium sulfate D. Nitroglycerine

Intradermal drug sensitivity tests can detect the presence of following type of hypersensitivity: A. Type I (anaphylactic) B. Type II (cytolytic) C. Type III (retarded) D. All of the above

Refer to Q6, and calculate the power dissipated per unit mass of fluid.(a) 0.050 m^2 s^-3(b) 0.042 m^2 s^-3(c) 0.040 m^2 s^-3(d) 0.052 m^2 s^-3

Tolerance is generally not acquired to: A. Antisecretory action of atropine B. Sedative action of chlorpromazine C. Emetic action of levodopa D. Vasodilator action of nitrates

An addicting drug which produces little or no physical dependence is: A. Diazepam B. Phenobarbitone C. Amphetamine D. Methadone

Adaptive neurophysiological changes produced by repeated administration of a drug, which result in the appearance of characteristic withdrawal syndrome on discontinuation of the drug is called: A. Drug addiction B. Drug abuse C. Psychological dependence D. Physical dependence

Marked redistribution is a feature of: A. Highly lipid soluble drugs B. Poorly lipid soluble drugs C. Depot preparations D. Highly plasma protein bound drugs

Rectangular wooden workpiece of a pattern set is not used for making?(a) Shields(b) Boards(c) Boxes(d) Drum type elements