100525 + Interview Questions in GENERAL QA IN GENERAL AWARENESS Page 1932 InterviewSolution

96551.	If initial velocity of an object is zero, then distance covered by it in time t and acceleration of 9.8 m s-2 would beA. 2.9 t2 B. 3 t2 C. 4 t2 D. 4.9 t2
Answer» The Correct option is D. 4.9 t²

Discussion

96552.	Projectile will attain its maximum range, if it is fired at an angle of A. 30° B. 47° C. 90° D. 45°
Answer» The Correct option is D. 45°

Discussion

96553.	Equation of motion can be used for A. straight line motion only B. curved motion only C. motion along the circular path D. all types of motion
Answer» A. straight line motion only

Discussion

96554.	When ball having a projectile motion is rising up, it A. decelerates B. accelerates C. rises up with constant acceleration D. acceleration becomes zero
Answer» A. decelerates

Discussion

96555.	Horizontal component of a bouncing ball is A. affected by gravity B. unaffected by gravity C. affected by weight D. affected by contact force
Answer» B. unaffected by gravity

Discussion

96556.	The value of 5 ʘ8 11, where ⨀ is multiplication modulo is (a) -1(b) 0(c) 7(d) 9
Answer» Correct answer is: (c) 7 5 ʘ₈11 = (5 × 11) mod 8 = 55 mod 8 = 7

96556.

The value of 5 ʘ8 11, where ⨀ is multiplication modulo is (a) -1(b) 0(c) 7(d) 9

Answer»

Correct answer is: (c) 7

5 ʘ₈11 = (5 × 11) mod 8

= 55 mod 8 = 7

Discussion

96557.	Only force acting on a bouncing ball is A. gravity B. weight of ball C. friction D. a and b both
Answer» D. a and b both

Discussion

96558.	For two distinct positive numbers (a) \(x+y> 2\sqrt{xy}\)(b) \(\cfrac{x+y}{2}>xy\)(c) \(\sqrt{xy}> \cfrac{x+y}{2}\)(d) \(\cfrac{2xy}{x+y}> \sqrt{xy}\)
Answer» Correct answer is: (a) \(x+y> 2\sqrt{xy}\) For distinct x, y > 0; AM > GM ⟹ \(\cfrac{x+y}{2}\) > \(\sqrt{xy}\) ⇒ x +y > 2\(\sqrt{xy}\)

96558.

For two distinct positive numbers (a) \(x+y> 2\sqrt{xy}\)(b) \(\cfrac{x+y}{2}>xy\)(c) \(\sqrt{xy}> \cfrac{x+y}{2}\)(d) \(\cfrac{2xy}{x+y}> \sqrt{xy}\)

Answer»

Correct answer is: (a) \(x+y> 2\sqrt{xy}\)

For distinct x, y > 0;

AM > GM

⟹ \(\cfrac{x+y}{2}\) > \(\sqrt{xy}\)

⇒ x +y > 2\(\sqrt{xy}\)

Discussion

96559.	Accelerometer detects the A. small acceleration B. large acceleration C. small decelerationD. large acceleration and deceleration
Answer» D. large acceleration and deceleration

Discussion

96560.	A person can row in still water at the rate of 8 km/h. If it takes him thrice as long to row upstream as to row downstream then the speed of the stream is: (a) 2 km/h(b) 3 km/h(c) 4 km/h(d) 6 km/h
Answer» Correct answer is: (c) 4 km/h Let x be the speed of the stream \(\therefore\) 8 +x = 3 (8-x) \(\Rightarrow\) 4x = 16 \(\Rightarrow\) x = 4km/h

96560.

A person can row in still water at the rate of 8 km/h. If it takes him thrice as long to row upstream as to row downstream then the speed of the stream is: (a) 2 km/h(b) 3 km/h(c) 4 km/h(d) 6 km/h

Answer»

Correct answer is: (c) 4 km/h

Let x be the speed of the stream

\(\therefore\) 8 +x = 3 (8-x)

\(\Rightarrow\) 4x = 16

\(\Rightarrow\) x = 4km/h

Discussion

96561.	If the gradient of a graph is negative, then the acceleration is A. positive B. negative C. zero D. 1
Answer» B. negative.

Discussion

96562.	Gradient of line of velocity-time graph is tells us the A. velocity B. acceleration C. distance D. time
Answer» B. acceleration

Discussion

96563.	If x ≡ −4 ( 3), then a solution for is: (a) -2(b) 12(c)19(d) 35
Answer» Correct answer is: (d) 35 Since 3\|(x+ 4) is true for x = 35

96563.

If x ≡ −4 ( 3), then a solution for is: (a) -2(b) 12(c)19(d) 35

Answer»

Correct answer is: (d) 35

Since 3|(x+ 4) is true for x = 35

Discussion

96564.	If a student drops a stone from a cliff of height 30 m and the time it takes to reach the ground is 2.6 s, then the acceleration due to gravity isA. 9 m s-2 B. 10 m s-2 C. 4 m s-2 D. 8.8 m s-2
Answer» D. 8.8 m s^-2

Discussion

96565.	In a 3 × 3 matrix A, value of a12c13 + a22c23 + a32c33, where c is the cofactor of a is(a) 0(b) -1(c) 1(d) \|A\|
Answer» Correct answer is: (a) 0 The summation of product of a_ijof 2^nd column with corresponding c_ij of 3 column =0

96565.

In a 3 × 3 matrix A, value of a12c13 + a22c23 + a32c33, where c is the cofactor of a is(a) 0(b) -1(c) 1(d) |A|

Answer»

Correct answer is: (a) 0

The summation of product of a_ijof 2^nd column with corresponding c_ij of 3 column =0

Discussion

96566.	If two square matrices A and B are such that \|AB\| = 12 and \|B\| = −4, then value of \|A\| is:(a) 8(b) -8(c) -3(d)16
Answer» Correct answer is: (c) -3 \|AB\| = 12 ⟹ \|A\| \|B\| = 12 ⟹ −4\|A\| = 12 ⟹ \|A\| = −3

96566.

If two square matrices A and B are such that |AB| = 12 and |B| = −4, then value of |A| is:(a) 8(b) -8(c) -3(d)16

Answer»

Correct answer is: (c) -3

|AB| = 12

⟹ |A| |B| = 12

⟹ −4|A| = 12

⟹ |A| = −3

Discussion

96567.	If solving a system of linear equations in 3 variables by Cramer’s rule, we get Δ= 0 and at least one of Δx, Δy, Δz is non-zero then the system of linear equations has(a) no solution(b) unique solution(c) infinitely many solutions(d) trivial solution
Answer» Correct answer is: (a) no solution If Δ= 0 and at least (one of Δ_x, Δ_y, Δ_z) \(\neq\) 0 The system of linear equations has no solution

96567.

If solving a system of linear equations in 3 variables by Cramer’s rule, we get Δ= 0 and at least one of Δx, Δy, Δz is non-zero then the system of linear equations has(a) no solution(b) unique solution(c) infinitely many solutions(d) trivial solution

Answer»

Correct answer is: (a) no solution

If Δ= 0 and at least (one of Δ_x, Δ_y, Δ_z) \(\neq\) 0

The system of linear equations has no solution

Discussion

96568.	Differentiation of `2x^2+3x` w.r.t. x isA. `4x+3`B. `4x`C. `3`D. `4x+1`
Answer» Correct Answer - A `y=2x^(2)+3x` `(dy)/(dx)=4x+3`

Discussion

96569.	`y=4+5x7x^(3)`. Find `(dy)/(dx)` :
Answer» Correct Answer - `5+21x^(2)` `y=4+5x+7x^(2),(dy)/(dx)=5+21x^(2)`

Discussion

96570.	`y=x^(4)+3x^(2)+pi+2`. Find `(dy)/(dx)` :
Answer» Correct Answer - `4x^(3)+6x` `y=x^(4)+3x^(2)+pi +2, (dy)/(dx)=4x^(3)+6x`

Discussion

96571.	Equation of straight line is `2x + 3y =5`. Slope of the straight line is :A. `3//2`B. `2//3`C. `-2//3`D. `-3//2`
Answer» Correct Answer - C `y=-2//3+5//3rArr(dy)/(dx)=-2//3` Alter `:y=mx+c` `(` slope `)m=-2//3`

Discussion

96572.	One end of massless inextensible string of length `l` is fixed and other end is tied to a small ball of mass `m`. The ball is performing a circular motion in vertical plane. At the lowest position, speed of ball is `sqrt(20gl)`. Neglect any other forces on the ball except tension and gravitational force. Acceleration due to gravity is `g`. At the highest position of ball, tangential acceleration of ball is `-`
Answer» Correct Answer - A At the highest position of ball, tangential acceleration of ball is zero.

Discussion

96573.	One end of massless inextensible string of length `l` is fixed and other end is tied to a small ball of mass `m`. The ball is performing a circular motion in vertical plane. At the lowest position, speed of ball is `sqrt(20gl)`. Neglect any other forces on the ball except tension and gravitational force. Acceleration due to gravity is `g`. During circular motion, minimum value of tension in the string`-`A. zero only if `m_(1)=m_(2)`B. `mg`C. `10mg`D. `15mg`
Answer» Correct Answer - D Tension in the string is minimum when ball is at the highest position.By conservation of energy `(1)/(2)mv^(2)+mg (2l)=(1)/(2) m (20gl)` `v^(2)=16gl` where `v` is the velocity of ball at the highest point. So `T+ mg =(mv^(2))/(l)` `T=(m16gl)/(l)-mg=15mg`

Discussion

96574.	A bar of mass `M` and length `L` is in pure traslatory motion with its of mass velocity `V` . It collides with and sticks to a second identical bar which is initially at rest . `(` Assume that it bocomes one composite bar of length `2L)`. The angular velocity of the composite bar will be A. `(3)/(4)(V)/(L)` clockwiseB. `(4)/(3)(VL)/(L)` clockwiseC. `(3)/(4)(V)/(L)` counterclockwiseD. `(V)/(L)` counterclockwise
Answer» Correct Answer - C Cons. Of ang. Momentum about `P` gives `MV(L)/(2)=((2M)(2L)^(2))/(12)omega` `(V)/(2)=(2Lomega)/(3)` `omega=(3V)/(4L), ` counterclockwise `Ans . (C )`

Discussion

96575.	An aeroplane is flying in vertical plane at an angle of `30^(@)` with the horizontal (north) and wind is is blowing from west.A package is dropped from an aeroplane. The velocity of the wind if package hits a kite flying in the space with a position vector `vec(R) = (400 sqrt(3) hat(i) + 80 hat(j) + 200 hat(k))`m with respect to the point of dropping. (Here `hat(i)` and `hat(j)` are the unit vectors along north and vertically up respectively and `hat(k)` be the unit vector due east. Assume that the bag is light enough to get carried away by the wind)A. 50 m/secB. 25 m/secC. 20 m/secD. 10 m/sec
Answer» Correct Answer - B Let velocity of the aeroplane be `vec(v)_(P) = u cos 30^(0) hat(i) + u sin 30^(0) hat(j)` and velocity of the wind be v, then `u (sqrt3)/(2) t hat(i) + ((u)/(2) t - 5t^(2)) hat(j) + vt hat(k)` `= 400 sqrt(3 hat(i)) + 80hat(j) + 200 hat(k)` `rArr u(sqrt3)/(2)t = 400 sqrt3, (u)/(2) t - 5t^(2) = 80, vt = 200` `ut = 800` and `(u)/(2)t - 5t^(2) = 80` `rArr 400 - 5t^(2) = 80 rArr t^(2) = 64` `rArr t = 8 sec` `rArr v = (200)/(8) = 25 m//s`

Discussion

96576.

Haridas discounts a bill for Rs. 10,000 with his banker on 4th February, 2007. The bill was drawn on 1 January for Four months. The discount rate was 12%. p.a. write Journal entries in the book of Haridas.

Answer»

Book of Haridas [Drawer] Journal

Date	Particulars	LF	Debit	Credit
1.1.07	Debtors A/c Dr To Sales A/c [sold goods on credit]		10,000	10,000
1.1.07	Bill Receivable A/c Dr To Debtor A/c [acceptance Received]		10,000	10,000
4.2.07	Cash A/c Dr Discount A/c To Bill Receivable [Discounted the bill with the banker]		9,700 300	10,000

Note: Calculation of discount

Discount = 10.000 × 12/100 × 3/12 = 300 It may be noted that discount has been charged for three months and not for 4 months because the bank will have to wait for 3 months to get the payment of bill on the due date.

Discussion

96577.

Syam sold goods to Anil on credit for Rs. 3,000, on 10th April 2003. He drew a bill on Anil for the amount at 3 months after date. Anil accepted the same and returned it to syam. At maturity, he met his obligation. Pass journal entries in the books of both parties.

Answer»

Book of Syam (Drawer) Journal.

Date	Particulars	LF	Debit	Credit
10.4.08	Anil A/c Dr To sales A/c [sold goods to Anil]		3000	3000
10.4.08	Bill Receivable A/c Dr To Anil A/c [Acceptance received]		3000	3000
13.7.08	Cash/Bank A/c Dr To Bill Receivable A/c [Amount received on due date]		3000	3000

Book of Anil [Drawee] journal.

Date	Particulars	LF	Debit	Credit
10.4.08	Purchase A/c Dr To Syam A/c [Credit purchase made]		3000	3000
10.4.08	Syam A/c Dr To Bill payable A/c [Acceptance given]		3000	3000
13.7.08	Bill payable A/c Dr To Cash/Bank A/c [Payment of bill on the due date]		3000	3000

Discussion

96578.	Who are the parties to a promissory note:
Answer» There are two parties to a promissory note. 1. The maker or the promisor: He is the person who makes or draws the promissory notable is the debtor. 2. The payee or the promisee: He is a person in whose favour the promissiory note is drawn.

96578.

Who are the parties to a promissory note:

Answer»

There are two parties to a promissory note.

1. The maker or the promisor: He is the person who makes or draws the promissory notable is the debtor.

2. The payee or the promisee: He is a person in whose favour the promissiory note is drawn.

Discussion

96579.	The exchange of data between two firms or individually comes undera. RFID b. EDI c. RIS d. UPC
Answer» Correct option: b. EDI

Discussion

96580.	Which of the following is the sequence of POS activity a. Scanning, Receiving payments, Printing bills, Cash drawer b. Receiving payments, Scanning, Printing bills, Cash drawer c. Printing bills, Cash drawer, Receiving payments, Scanning d. Cash drawer, Printing bills, Receiving Payments, Scanning
Answer» Correct option: a. Scanning, Receiving payments, Printing bills, Cash drawer

Discussion

96581.	Briefly explain the following terms :- (i) Drawer (ii) Drawee Or Briefly explain the following term :- (i) Payee (ii) Days of grace
Answer» (i) Drawer :- The party who issue the bill. Drawer is the maker of the bill of exchange. A seller/creditor who is entitled to receive money from the debtor can draw a bill of exchange upon the buyer/debtor (ii) Drawee :- The party, on whom the bill is being issued. Drawee is the person upon whom the bill of exchange is drawn. Drawee is the purchaser or debtor of the goods upon whom the bill of exchange is drawn. Or (i) Payee: - Payee is the person to whom the payment is to be made. The drawer of the bill himself will be the payee if he keeps the bill with him till the date of its payment. The payee can be bank if the bill is discounted with the bank. (ii) Days of grace: - number of days, usually three, allowed by law or custom for payment after a bill or note falls due.

96581.

Briefly explain the following terms :- (i) Drawer (ii) Drawee Or Briefly explain the following term :- (i) Payee (ii) Days of grace

Answer»

(i) Drawer :- The party who issue the bill. Drawer is the maker of the bill of exchange. A seller/creditor who is entitled to receive money from the debtor can draw a bill of exchange upon the buyer/debtor

(ii) Drawee :- The party, on whom the bill is being issued. Drawee is the person upon whom the bill of exchange is drawn. Drawee is the purchaser or debtor of the goods upon whom the bill of exchange is drawn.

Or

(i) Payee: - Payee is the person to whom the payment is to be made. The drawer of the bill himself will be the payee if he keeps the bill with him till the date of its payment. The payee can be bank if the bill is discounted with the bank.

(ii) Days of grace: - number of days, usually three, allowed by law or custom for payment after a bill or note falls due.

Discussion

96582.

From the given specimen of Bill of exchange, identify: 1. Drawer 2. Drawee 3. Payee 4. Term of bill 5. Date of maturity 6. Consideration on the bill

Answer»

a) Drawer	David
b) Drawer	Krishnan
c) Payee	David
d) Term of bill	Two months
e) Date of maturity	20/May/2005
f) consideration	Rs.1,000

Discussion

96583.	A gas is taken through an isochoric process it means that
Answer» An isobaric expansion of a gas requires heat transfer to keep the pressure constant. An isochoric process is one in which the volume is held constant, meaning that the work done by the system will be zero. The only change will be that a gas gains internal energy.

Discussion

96584.	If anyone gets any cut in hand, then the blood gets clot. In this process which component further converts fibrinogen (soluble) into fibrin clot (insoluble)? a) Calcium b) Thrombin c) Prothrombin d) Blood
Answer» Correct option: b) Thrombin

Discussion

96585.	During the collection of blood in the vial anticoagulant is used to make it anticoagulated. For this purpose EDTA is used as an anticoagulant. Name the full form of EDTA. a) ethylenediaminetetra-amino acid b) ethyldiaminetetra-acetic acid c) ethylenediaminetetra- acetic acid d) ethylenediaminetetrameric-acetic acid
Answer» Correct option: c) ethylenediaminetetra- acetic acid

Discussion

96586.	During the process of Platelet counting, why does Excessive EDTA lead to a spuriously high platelet count? a) RBCs may swell and then disintegrate into fragments which are counted as platelets b) Reticulocytes may swell and then disintegrate into fragments which are counted as platelets c) WBCs may swell and then disintegrate into fragments which are counted as platelets d) Platelets may swell and then disintegrate into fragments which are counted as platelets
Answer» Correct option: d) Platelets may swell and then disintegrate into fragments which are counted as platelets

Discussion

96587.	Raju is working as lab technician and he has to study Coagulation Studies and ESR measurement with the blood sample. Which anticoagulant will be used by Raju? a) EDTA b) Trisodium citrate c) Heparin d) Double Oxalates
Answer» Correct option: b) Trisodium citrate

Discussion

96588.	Find the simple interest on Rs. 3000 at 6 1/4% per annum for the period from 4th Feb., 2005 to 18th April, 2005.
Answer» Time = (24+31+18)days = 73 days = 73/365 years = 1/5 years. P = Rs.3000 and R = 6 ¼ %p.a = 25/4%p.a S.I. = Rs.(3,000(25/4)(1/5)*(1/100)) = Rs.37.50.

96588.

Find the simple interest on Rs. 3000 at 6 1/4% per annum for the period from 4th Feb., 2005 to 18th April, 2005.

Answer»

Time = (24+31+18)days = 73 days = 73/365 years = 1/5 years.

P = Rs.3000 and R = 6 ¼ %p.a = 25/4%p.a

S.I. = Rs.(3,000*(25/4)*(1/5)*(1/100)) = Rs.37.50.

Discussion

96589.	Find the simple interest on Rs. 68,000 at 16 2/3% per annum for 9 months.
Answer» P = Rs.68000,R = 50/3% p.a and T = 9/12 years = 3/4 years. S.I. = (PRT)/100 = Rs.(68,000(50/3)(3/4)*(1/100)) = Rs.8500

96589.

Find the simple interest on Rs. 68,000 at 16 2/3% per annum for 9 months.

Answer»

P = Rs.68000,R = 50/3% p.a and T = 9/12 years = 3/4 years.

S.I. = (P*R*T)/100

= Rs.(68,000*(50/3)*(3/4)*(1/100))

= Rs.8500

Discussion

96590.	It should never be left for more than 1 minute. For prolonged application re- apply it after the site has been cleaned and just prior to insertion of needle. Name the procedure that is performed here. a) Tourniquet application b) Injection Push c) Disinfection d) Sanitization
Answer» Correct option: a) Tourniquet application

Discussion

96591.	Which one of the following helps in growth and repair of body- a) Carbohydrates b) Proteins c) Fats d) Vitamins and minerals
Answer» Correct answer is b) Proteins

Discussion

96592.	Mercuric chloride – 0.5gms – Prevents growth of bacteria and fungus.Sodium chloride – 1.0gms Sodium sulphate - 5.0gms Distilled water – 200mlThe fluid has to be renewed frequently to avoid RBC clumping. Name the diluting fluid. a) Dacie’s formol citrate Solutionb) Toisson’s fluid c) Hayem’s fluid d) Gower’s fluid
Answer» Correct option: c) Hayem’s fluid

Discussion

96593.	_______is defined as clumping of particles that have antigen on their surface and is brought about by anti-bodies. a) Agglutination b) Hemolysis c) Reaction
Answer» a) Agglutination Agglutination is defined as clumping of particles that have antigen on their surface and is brought about by anti-bodies.

96593.

_______is defined as clumping of particles that have antigen on their surface and is brought about by anti-bodies. a) Agglutination b) Hemolysis c) Reaction

Answer»

a) Agglutination

Agglutination is defined as clumping of particles that have antigen on their surface and is brought about by anti-bodies.

Discussion

96594.	IgM antibody is found in- (a) Serum (b) Blood (c) Saliva (d) None of them
Answer» IgM antibody is found in Blood.

Discussion

96595.	Name two antigens of kidd blood group system. a) Jkd and Jke b) Jkm and Jkn c) Jka and Jkb
Answer» c) Jka and Jkb two antigens of kidd blood group system is Jka and Jkb.

96595.

Name two antigens of kidd blood group system. a) Jkd and Jke b) Jkm and Jkn c) Jka and Jkb

Answer»

c) Jka and Jkb

two antigens of kidd blood group system is Jka and Jkb.

Discussion

96596.	Figure shows a smooth cylindrical pulley of radius `R` with centre at origin of co-ordinates. An ideal thread is thrown over it on the two parts of ideal thread two identical masses are tied initially at rest with co-ordinates `(R,0)` and `(-R,-R)` respectively. If mass at `x-`axis is given slight upward jerk, it leaves contact with pulley at `(R cos phi, Rsinphi)`. Then find `phi//sinphi`.
Answer» `mgRphi-mgRsinphi=1//2(2m)v^(2)`……(`i`) `mv^(2)//R=mgsinphi`…..(`ii`)

Discussion

96597.

The titer of an antibody is usually determined by testing two fold serial dilution of the serum against selected _______cells. a) Red b) White c) Blue

Answer»

a) Red

The titre of an antibody is usually determined by testing two fold serial dilution of the serum against selected Red cells.

Discussion

96598.	A rod of length `1m` rotates about one of its end points with an angular velocity `2 rad//sec` in a plane perpendicular to the magnetic field `B=2T` as shown in the figure. Then find magnitude of electric field (in `SI` unit) at the mid point of the rod.
Answer» For a charge to be in equlibirum, `qE=qvBrArrE=omegaLB//2=BL omega//2=2`

Discussion

96599.	A large open tank is filled with water upto a height H. A small hole is made at the base of the tank. It takes `T_1` time to decrease the height of water to H/n(ngt1) and it takes `T_(2)` time to take out the remaining water. If `T_(1)=T_(2)`, then the value of n isA. 2B. 3C. 4D. `2sqrt(2)`
Answer» `-A(dy)/(dt)=asqrt(2gy)` `(2A)/(asqrt(2)g)(sqrt(H)-sqrt(H/n))=T_(1)` `(2A)/(asqrt(2)g)(sqrt(H/n)-0)=T_(2)` `T_(1)=T_(2)` n=4.

Discussion

96600.	Geyser has a rating 2 kva, 240 v a) What is the electrical energy consumed by (i) kwh (ii) joule if it is used for 90 minutes. b) If the cost of electricity is Rs 4.50 per commercial unit find the cost
Answer» Power rating of Geyser = 2kva = 2000W (because p=vi) Now, Power= 2Kw Time= 90minutes = 3/2hours Energy consumed = Pxt 2x3/2= 3Kwh or 3 units. Now cost of electricity = 3x 4.5Rs/- = 13.5Rs/-.

Discussion

Explore topic-wise InterviewSolutions in .

If initial velocity of an object is zero, then distance covered by it in time t and acceleration of 9.8 m s-2 would beA. 2.9 t2 B. 3 t2 C. 4 t2 D. 4.9 t2

Projectile will attain its maximum range, if it is fired at an angle of A. 30° B. 47° C. 90° D. 45°

Equation of motion can be used for A. straight line motion only B. curved motion only C. motion along the circular path D. all types of motion

When ball having a projectile motion is rising up, it A. decelerates B. accelerates C. rises up with constant acceleration D. acceleration becomes zero

Horizontal component of a bouncing ball is A. affected by gravity B. unaffected by gravity C. affected by weight D. affected by contact force

The value of 5 ʘ8 11, where ⨀ is multiplication modulo is (a) -1(b) 0(c) 7(d) 9

Only force acting on a bouncing ball is A. gravity B. weight of ball C. friction D. a and b both

For two distinct positive numbers (a) \(x+y&gt; 2\sqrt{xy}\)(b) \(\cfrac{x+y}{2}&gt;xy\)(c) \(\sqrt{xy}&gt; \cfrac{x+y}{2}\)(d) \(\cfrac{2xy}{x+y}&gt; \sqrt{xy}\)

Accelerometer detects the A. small acceleration B. large acceleration C. small decelerationD. large acceleration and deceleration

A person can row in still water at the rate of 8 km/h. If it takes him thrice as long to row upstream as to row downstream then the speed of the stream is: (a) 2 km/h(b) 3 km/h(c) 4 km/h(d) 6 km/h

If the gradient of a graph is negative, then the acceleration is A. positive B. negative C. zero D. 1

Gradient of line of velocity-time graph is tells us the A. velocity B. acceleration C. distance D. time

If x ≡ −4 ( 3), then a solution for is: (a) -2(b) 12(c)19(d) 35

If a student drops a stone from a cliff of height 30 m and the time it takes to reach the ground is 2.6 s, then the acceleration due to gravity isA. 9 m s-2 B. 10 m s-2 C. 4 m s-2 D. 8.8 m s-2

In a 3 × 3 matrix A, value of a12c13 + a22c23 + a32c33, where c is the cofactor of a is(a) 0(b) -1(c) 1(d) |A|

If two square matrices A and B are such that |AB| = 12 and |B| = −4, then value of |A| is:(a) 8(b) -8(c) -3(d)16

If solving a system of linear equations in 3 variables by Cramer’s rule, we get Δ= 0 and at least one of Δx, Δy, Δz is non-zero then the system of linear equations has(a) no solution(b) unique solution(c) infinitely many solutions(d) trivial solution

Differentiation of `2x^2+3x` w.r.t. x isA. `4x+3`B. `4x`C. `3`D. `4x+1`

`y=4+5x7x^(3)`. Find `(dy)/(dx)` :

`y=x^(4)+3x^(2)+pi+2`. Find `(dy)/(dx)` :

Equation of straight line is `2x + 3y =5`. Slope of the straight line is :A. `3//2`B. `2//3`C. `-2//3`D. `-3//2`

Haridas discounts a bill for Rs. 10,000 with his banker on 4th February, 2007. The bill was drawn on 1 January for Four months. The discount rate was 12%. p.a. write Journal entries in the book of Haridas.

Syam sold goods to Anil on credit for Rs. 3,000, on 10th April 2003. He drew a bill on Anil for the amount at 3 months after date. Anil accepted the same and returned it to syam. At maturity, he met his obligation. Pass journal entries in the books of both parties.

Who are the parties to a promissory note:

The exchange of data between two firms or individually comes undera. RFID b. EDI c. RIS d. UPC

Which of the following is the sequence of POS activity a. Scanning, Receiving payments, Printing bills, Cash drawer b. Receiving payments, Scanning, Printing bills, Cash drawer c. Printing bills, Cash drawer, Receiving payments, Scanning d. Cash drawer, Printing bills, Receiving Payments, Scanning

Briefly explain the following terms :- (i) Drawer (ii) Drawee Or Briefly explain the following term :- (i) Payee (ii) Days of grace

From the given specimen of Bill of exchange, identify: 1. Drawer 2. Drawee 3. Payee 4. Term of bill 5. Date of maturity 6. Consideration on the bill

A gas is taken through an isochoric process it means that

If anyone gets any cut in hand, then the blood gets clot. In this process which component further converts fibrinogen (soluble) into fibrin clot (insoluble)? a) Calcium b) Thrombin c) Prothrombin d) Blood

Raju is working as lab technician and he has to study Coagulation Studies and ESR measurement with the blood sample. Which anticoagulant will be used by Raju? a) EDTA b) Trisodium citrate c) Heparin d) Double Oxalates

Find the simple interest on Rs. 3000 at 6 1/4% per annum for the period from 4th Feb., 2005 to 18th April, 2005.

Find the simple interest on Rs. 68,000 at 16 2/3% per annum for 9 months.

It should never be left for more than 1 minute. For prolonged application re- apply it after the site has been cleaned and just prior to insertion of needle. Name the procedure that is performed here. a) Tourniquet application b) Injection Push c) Disinfection d) Sanitization

Which one of the following helps in growth and repair of body- a) Carbohydrates b) Proteins c) Fats d) Vitamins and minerals

_______is defined as clumping of particles that have antigen on their surface and is brought about by anti-bodies. a) Agglutination b) Hemolysis c) Reaction

IgM antibody is found in- (a) Serum (b) Blood (c) Saliva (d) None of them

Name two antigens of kidd blood group system. a) Jkd and Jke b) Jkm and Jkn c) Jka and Jkb

The titer of an antibody is usually determined by testing two fold serial dilution of the serum against selected _______cells. a) Red b) White c) Blue

A rod of length `1m` rotates about one of its end points with an angular velocity `2 rad//sec` in a plane perpendicular to the magnetic field `B=2T` as shown in the figure. Then find magnitude of electric field (in `SI` unit) at the mid point of the rod.

A large open tank is filled with water upto a height H. A small hole is made at the base of the tank. It takes `T_1` time to decrease the height of water to H/n(ngt1) and it takes `T_(2)` time to take out the remaining water. If `T_(1)=T_(2)`, then the value of n isA. 2B. 3C. 4D. `2sqrt(2)`

Geyser has a rating 2 kva, 240 v a) What is the electrical energy consumed by (i) kwh (ii) joule if it is used for 90 minutes. b) If the cost of electricity is Rs 4.50 per commercial unit find the cost

For two distinct positive numbers (a) \(x+y> 2\sqrt{xy}\)(b) \(\cfrac{x+y}{2}>xy\)(c) \(\sqrt{xy}> \cfrac{x+y}{2}\)(d) \(\cfrac{2xy}{x+y}> \sqrt{xy}\)