Welcome to your BANKING WEEKLY TEST (05.04.2025)
ENGLISH SECTION
Directions (1- 30 ) Select the most appropriate option to change the narration.
2. The boy said, “Who dare call you a thief?”
3. She exclaimed with sorrow that it was a very miserable plight.
4. Dhruv said that he was sick and tired of working for that company.”
5. “Are you alone, my son?” asked a soft voice close behind me.
6. She said to him, “Why don’t you go today?”
7. He exclaimed with joy that India had won the Sahara Cup.
8. The little girl said to her mother, “ Did the sun rise in the East?”
9. The man said, “No, I refused to confers guilt.”
10. Nita ordered her servant to bring her a cup of tea.
13. She said to her friend, “I know where everyone is.”
14. He said to her, “Are you coming to the party?”
15. My friend said to me, “Has your father returned from Calcutta?”
QA SECTION
1. If circumference of the base of a right circular cone is 220 cm and volume of the cone is 15400 cm3, then slant height of the cone is:
2: The difference between the length and breadth of a rectangular field is 27 m. If the cost of fencing the field at the rate of Rs. 2/metre is Rs. 492, then find the ratio of the length to breadth of the field.
3: A cube having each edge equals to 20 cm is cut into several smaller cubes having each edge equals to 4 cm. Find the number of smaller cubes which are the part of the faces of the larger cube but not the part of edges of the larger cube.
4: Each side of square ‘A’ is 6 cm less than that of square ‘B’. The perimeter of a rectangle is 3 times the difference of the perimeters of the two squares. If the length of the rectangle is 20 cm, then find its breadth.
5: Ratio of radius to height of right circular cylinder is 4:9 respectively. Find the area of a rectangle whose breadth is 37.5% more than radius of the cylinder while ratio of length of rectangle to height of cylinder is 3:4 respectively. Given that curved surface area of the cylinder is 3456 cm2. (Take π = 3)
A) 884 cm
B) 584 cm2
C) 594 cm2
D) 624 cm2
E) None of these
6: The diagonal of a square is 24√2 cm. The perimeter of the square is 24 cm less than a rectangle whose length to breadth ratio is 7:5. Find the area of the rectangle.
A) 725 cm2
B) 875 cm2
C) 915 cm2
D) 625 cm2
E) 1015 cm2
7: The ratio of length to breadth of a rectangle is 8:5. When the length and breadth of the rectangle is increased by 25% and decreased by 40% respectively, then its perimeter becomes 390 cm. Find the original area of the rectangle.
A) 8400 cm2
B) 9000 cm2
C) 7200 cm2
D) 6400 cm2
E) 10500 cm2
8: The perimeter of a square is 36 metres more than that of a rectangle. The ratio of the length to breadth of the rectangle is 9:4. If the area of the square is 3721 m2, then find the cost of painting one surface of the rectangle at the rate of Rs. 2.5/m2.
9: Volume of a cylinder is 4928 m3 while cost of painting its outer surface (except base and top) at a rate of Rs. 8 per m2 is Rs. 5632. Find the ratio of radius of base to height of the cylinder.
10: Area of the base of a cone is 616 cm2 and curved surface area of a cylinder is 3168 cm2. Find the height of the cylinder if radius of base of cylinder is 4 cm more than that of the cone.
11. If the ratio of the radius of the cone to cylinder is 1: 2 and the slanting height of the cone is 25 cm. The surface area of the cone is equal to the total surface area of the sphere whose radius is 2√14 cm. If the height of the cylinder is equal to the height of the cone, then what is the curved surface area of the cylinder?
12. If the circumference of the circle is 44 cm and the radius of the cone is equal to the radius of the circle. The Curved surface area of the cone is 550 cm2 and the ratio of the height of the cone to height of the cylinder is 4:3. If the ratio of the radius of the cylinder to cone is 1:2, then what is the volume of the cylinder?
13. If the radius of circle is 7 cm and ratio of the diameter of the circle to length of the rectangle is 1: 1, then the ratio of breadth of the rectangle to the side of the square 5: 8. If the sum of the area of circle and rectangle is 294 cm2, then what is the difference between the perimeter of the rectangle and the perimeter of the square?
14. If the ratio of the radius to slanting height of the cone is 3:5 and volume of the cylinder is equal to the volume of the cone. If the radius of the cylinder is 4 cm and the height of the cylinder is equal to the side of the square whose perimeter is 192 cm, then what is the curved surface area of the cone?
15. If the circumference of the circle is equal to the perimeter of the square and Length of the rectangle is 8 cm more than the side of the square. If the radius of the circle is equal to the side of the equilateral triangle whose perimeter is 42 cm and the breadth of the rectangle is 6 cm more than the side of the equilateral triangle, then what is the perimeter of the rectangle?
REASONING SECTIONDirections (1-5): Study the following information carefully and answer the questions below.
An uncertain number of persons sitting in a straight line facing north. Three persons sit between A and B. C sits second to the right of A. Only three persons sit between B and D. E is immediate left of A. C sits fifth from right extreme ends of the row. I sits on the extreme end of the row. As many persons sit between C and F as many between F and D. J sits second to the left of G, who is an immediate neighbor of B. Not more than two persons sit between G and D. Five persons sit between D and I. As many persons sit between D and H as many between H and I.
Directions(6-10): Study the following information carefully and answer the questions given below:
Ten persons namely Pravin, Queen, Raman, Seetha, Tushar, Umesh, Vinoth, Wahab, Ximon and Yousuf are sitting in two parallel rows containing five people each in such a way that there is an equal distance between adjacent persons. People sitting in Row-1 facing north direction while people sitting in Row-2 facing south direction. Therefore people sitting in Row-1 face the people sitting in Row-2. They were born in following months among January, March, April, May, June, July and August. Exactly two persons were born in each of the month of April, May and June. All the above information is not necessarily in the same order.
Seetha sits exactly in the middle of the north facing row. Tushar sits between Ximon and Wahab and opposite to Umesh. Pravin sits at the extreme right end of the south facing row. Only one person sits between the two persons who were born in April. Queen sits opposite to Raman and to the immediate right of the person, who was born in May month. Raman doesn’t face south direction. Wahab was born in August month. The person who was born in March sits to the immediate right of Yousuf and opposite to the person who is born in April. The person born in January sits to the right of the person born in July but they don’t sit at any of the ends. Only one person sits between the two persons who were born in May.6. Who sits to the immediate right of Umesh?
7. Which of the following in pairs are born in same month?
Directions(11-15): Study the following information carefully and answer the questions given below:
Twelve people O, P, Q, R, S, T, U, V, W, X, Y and Z are seated on parallel rows. Such a way that O, P, S, U, V, Z are seated on row 1 which is above row 2 and other persons are seated on row 2 but not necessarily in the same order. Some people are facing north and some people facing south in both the rows.
O sits second from the left of S who is not facing north. P sits immediate right of S. P sits straight to T facing and both are not facing each other. V sits second to the right of P. O and R faces each other. Y sits second to the left of R. Two persons sit between Q and X. W and U are seated at corners and facing opposite direction to each other. Neither Q nor X is sit at the extreme ends of the row. Z and U are facing same direction as Q and X. V is facing same direction as R. Q is not a neighbor of R. Not more than five persons facing south.
12. In which direction neighbor of S faces?
Directions(16-20) : Study the following information carefully and answer the questions given below:
Ten persons from A to J sit in two parallel rows such that 5 persons sit in each row. The persons in one row face towards North and the persons in another row face towards South such that persons of row face the persons of another row.
J is third to the right of G, who is on immediate left of D. A is second to the left of C, who sits opposite to D. E sits opposite to the one who is on the immediate left of J. F sits second to the left of I, who faces North. B sits opposite to I.
16. In which of the following pairs one person faces south while another faces north?
(a) 45 cm (b) 55 cm(c) 275 6 cm(d) 325 6 cm
(a) 5 cm/sec(b) 12 cm/sec(c) 4 cm/sec(d) 9 cm/sec
(a) 60 cm(b) 20 cm(c) 40 cm (d) 30 cm
(a) 30 cm left (b) infinity(c) 1 cm to the right(d) 18 cm to the left
8. Relation between critical angles of water and glass isa) Cw > Cgb) Cw < Cgc) Cw = Cg(a) Cw = Cg= 0
(a) 18 N(b) 108 N (c) 3 N(d) 3×10-6 N
(a) Q2= (Q/R), Q1=Q-(Q/R)(b) Q2= (Q/3), Q1=(2Q/3)(c) Q2= (Q/4), Q1=(3Q/4)(d) Q2= Q2= (Q/2)
(a) 2:3(b) 1:11(c) 11:1 (d) 1:3
(a) 4 Ω(b) 8 Ω (c) 32 Ω(d) 64 Ω
(a) 97.50 Ω (b) 105 Ω (c) 150 Ω (d) 110 Ω
(a) 45°(b) 90° (c) -45°(d) 180°
18. Two forces, each of magnitude F have a resultant of the same magnitude F. The angle between two forces is
(a) 45° (b) 120°(c) 150° (d) 160°
(a) 8 m/s(b) 6 m/s(c) 10 m/s (d) 0 m/s
Deselect Answer
(a) 1.275(b) 1.225(c) 1.8 (d) 1.5
2. The nature of parallel and anti-parallel currents isa) parallel current repels and antiparallel currents attract. b) parallel currents attract and antiparallel currents repel. c) both currents attract. d) both currents repel.Deselect Answer
3. At resonance frequency the impedance in series LCR circuit is(a) maximum(b) minimum (c) zero (d) infinityDeselect Answer
4. Work function of metal isa) minimum energy required to free an electron from surface against coulomb forces b) minimum energy required to free a nucleon c) maximum energy required to eject an electron from electronic orbit d) minimum energy to ionise an atomDeselect Answer
5. Which of the following electromagnetic radiations has the smallest wavelength?(a) Microwaves(b) Ultraviolet (c) X-rays(d) Gamma raysDeselect Answer
6. Which of the following motions is not simple harmonic?a) Vertical oscillations of a spring b) Motion of a simple pendulum c) Motion of planet around the sun d) Oscillation of liquid in a U-tubeDeselect Answer
7. During propagation of a plane progressive mechanical wave,a) All the particles are vibrating in the same phase. b) Amplitude of all the particles is equal. c) Particles of the medium executes SHM d) Wave velocity depends upon the nature of the medium.Deselect Answer
8. The magnitude of induced emf during electromagnetic induction, is directly proportional toa) electric flux b) rate of change of magnetic flux c) magnetic field d) electric fieldDeselect Answer
9. The value of 3.26×4.9 to the correct significant figure is(a) 16.0(b) 15.9 (c) 15.97 (d) 16.1Deselect Answer
10. The angular acceleration for a particle having angular displacement 𝜃=3𝑡3−9𝑡2is zero when t equals?(a) 2 s (b) 1 s (c) 5 s (d) 1/2 sDeselect Answer
11. Which of the following is dimensionless?a) Universal gas constant (R) b) Universal gravitational constant (G) c) Planck’s constant (h) d) Refractive index of a mediumDeselect Answer
12. If maximum tension of a string is 30 N and a mass of 4 kg is tied to its end against gravity, thena) the string will hold the mass b) the string will break c) the string will execute SHM d) noneDeselect Answer
13. Work done by a variable force is given byDeselect Answer
14. If e is the coefficient of restitution, then which the following is not truea) for elastic collision, e = 1 b) for perfectly elastic collision, e = 0 c) for inelastic collision, e > 1 d) all are trueDeselect Answer
15. 1 joule is equivalent to
(a) 105 erg(b) 106 erg(c) 107 erg(d) 108 erg
(a) 16(b) 0(c) 10(d) 24
17. The most stable nucleus should have(a) even number of protons and odd number of neutrons (b) odd number of neutrons and odd number of protons (c) even number of protons and even number of neutrons (d) even number of neutrons and odd number of protonsDeselect Answer
18. The radius of 4Be8 nucleus will be
(a) 1.2 × 10-15 m(b) 2.4 × 10-15 m(c) 3.6 × 10-15 m(d) 4.8 × 10-15 m
19. The nucleus nXm emits one and one The resulting nucleus isa) nXm-4 b) n-2Xm-4c) n-3Xm-4d) n-1Xm-4Deselect Answer
1. The radius of electron’s second stationary orbit in Bohr’s atom is R. The radius of 3rd orbit will be
(a) R/3 (b) 2.25 R (c) 3 R (d) 9 R
2. A particle executes SHM of amplitude A. The distance from the mean position when its kinetic energy becomes equal to its potential energy is
Choose the correct answer from the option given below:
(a) A-III, B-IV, C-I, D-II(b) A-I, B-III,C -IV, D-II(c) A-III,B-I,C-IV,D-II (d) A-II, B-I.C-IV, D-III
6. A prism of refractive index and angle of prism A is placed in the position of minimum angle of deviation. If minimum angle of deviation is also A, then in terms of refractive, A = ________
(a) 7.5 MeV(b) 9.0 MeV(c) 8.0 MeV(d) 8.5 MeV
8. Resistance of the wire is measured as 2Ω and 3Ω at 10°C and 30°C respectively. Temperature co-coefficient of resistance of the material of the wire is:
(a) 0.0330C-1(b) – 0.0330C-1(c) 0.0110C-1(d) 0.0550C-1.
10. A car is moving on a horizontal curved road with radius 50 m. The approximate maximum speed of car will be, if friction between tyres and road is 0.34. [Take g = 10 ms-2]
(a) 3.4 m/s(b) 22.4 m/s(c) 13 m/s(d) 17 m/s
14. A glass prism of refractive index 1.5 is immersed in water (refractive index 4/3). A light beam incident normally on the face AB is totally reflected to reach on the face BC if
15. If the density of a small planet is the same as that of earth, while the radius of the planet is 0.2 times that of the earth, the gravitational acceleration on the surface of the planet is
(a) 0.2 g(b) 0.4 g (c) 2 g (d) 4 g
16. The work function of a metallic substance is 5 eV. The threshold frequency is approximatelya) 1.6 × 107 Hzb) 8.86 × 1015 Hzc) 9.68 × 1017 Hzd) 1.2 × 1015 Hz
18. Three identical spheres, each of mass 1 kg are kept as shown in figure, touching each other, with their centres on a straight line. If their centres are marked P, Q, R respectively, the distance of centre of mass of the system from P is
19. At the centre of a cubical box +Q charge is placed. The value of total flux that is coming out a wall isa) Q/ε°b) Q/ 3ε°c) Q/ 4ε°d) Q/ 6ε°
20. A particle moves under the effect of a force F = cx from x = 0 to x = x1, the work done in the process is
1. The amount of heat required to convert 5g of ice at 0℃ to steam at 100℃ is
2. In an isobaric process, 2 moles of an ideal gas is heated from 27℃ to 127℃, then the work done in this process isa) Zero b) 1.66 kJc) 4.2 kJ d) 2.0 kJDeselect Answer
1. The unit of Stefan’s constant is
(a) Js-s(b) Jm-2 s-1 K-4(c) Jms-2(b) Jm-2 s-1 K-4
Which of the following is wrong?a) The unit of ct is same as that of λb) The unit of x is same as that of λc) The unit of 2πc/λ is same as that of 2πc/λ td) The unit of c/λ is same as that of x/λDeselect Answer
(a) dyne × cm5(b) dyne × cm4(c) dyne × cm(d) dyne × cm2Deselect Answer
5. The number of significant figures in the numbers 4.8000 × 104 and 48000.50 are respectively
(a) 5 and 6(b) 5 and 7(c) 2 and 7(d) 2 and 6
6. A cube has a side of length 2 × 10-2 m. Its volume upto correct significant figures is
(a) 1.7 × 10-6 m3.(b) 1.73 × 10-6 m3.(c) 1.7 × 10-6 m3.(d) 1.7 × 10-6 m3.
(a) 5%(b) 6%(c) 7%(d) 8%
(a) [M² L2 T-1](b) [M² L-1 T2](c) [ML2 T-1] (d) [ML-2 T1]
11. An electron at rest has a charge of 6×10-19 C. It starts moving with a velocity v=c/2, where c is the speed of light, then the new charge on it isDeselect Answer
12. Two similar and equal charges repel each other with force of 1.6 N, when paled 3 m apart. Strength of each charge is
(a) 40 μC(b) 20 μC (c) 4 μC(d) 2 μC
(a) Q2 = (Q/R), Q1= Q – (Q/R)(b) Q2 = (Q/3), Q1= Q – (2Q/3)(c) Q2 = (Q/4), Q1= Q – (3Q/4)(d) Q1 = Q2 = Q/2
(a) 1200 V/m](b) 0.04 V/m(c) 900 V/m(d) 4500 V/m
(a) will increase(b) will decrease(c) will not change(d) will first increase then decrease
Welcome to your BANKING WEEKLY TEST (29.03.2025)
REASONING SECTION
2. Who among the following faces Q?
3. How many person sit between D and Q when counted from the left of D?
4. Who sit immediate right of 4th to the left of K?
5. What is the position of H with respect to K?
Direction (6-10): Study the following information carefully and answer the questions given below.Twelve person L, M, N, P, Q, R, U, V, W, X, Y and Z are sitting around a square table. Two person are sitting on each side of the table and four person are sitting in the corners of the table. The persons sit on the side of the table are facing towards center. The persons are sitting on the corners of the table person are facing away from the center. Not more than two persons of immediate neighbours are facing same directions. All the information are not necessarily in the same order.
The number of person sit between X and U is as same as the number of persons sit between Y and U, who is not an immediate neighbour of R. Five person sit between L and P, who is sitting on one of the sides of the table. Two person sit between X and R, who is facing the immediate neighbours of Q. W sits third to the right of P and is facing the same direction as V. Three person sit between L and M, who is facing the same direction as P. X sits three places away from M and not immediate neighbur of U. N sits fourth to the left of L and is facing the same direction as U.
7. What is the position of Y with respect to V?
8. How many person sit between U and W, whencount from the left of U?
9. Four of the following form a group, which one does not belong to that group?
10. Which of the following combination of pair is/are on the same side of the table?
13. If C is related to A and E is related to F in a certain way. Then, who among the following is related to D?
14. How many persons are sitting between C and G?
15. What is the position of F with respect to D?
Directions (16-20): Answer the questions based on the information given below.Eight persons- E, F, G, H, I, J, K and L are sitting in the linear row but not necessarily in the same order. All are facing the south direction.
E sits second to the right of K. Only one person sits between K and I who sits at the end of the row. H and E are immediate neighbours. The number of persons sits to the left of G is the same as the number of persons sits to the right of F. F and I are not immediate neighbors. L sits second to the right of J.
5. Ram bought a bike at 20% discount on MRP. After 1 year Ram sell the bike to Ramesh at 10% loss. After 1 year more Ramesh sell the bike at 20% profit to Ranjan. If Ranjan paid Rs. 1,29,600, then find the M.R.P. of the bike ?
8. A shopkeeper buys a chair and a table for Rs . 1500. He sells the chair at 20% profit and table at 30% profit. If total profit is 33 1/3 % of S.P. of table, find C.P. of chair ?
11. A can do a piece of work in 10 days, and B can do the same work in 20 days. With the help of C, they finished the work in 4 days. C can do the work in how many days, working alone?
12. A can do a piece of work in 12 days. B can do this work in 16 days. A started the work alone. After how many days should B join him, so that the work is finished in 9 days?
13. A and B can do a piece of work in 4 days, while C and D can do the same work in 12 days. In how many days will A, B, C and D do it together?
14. A and B can do a piece of work in 40 days, B and C can do it in 120 days. If B alone can do it in 180 days, in how many days will A and C do it together?
15. A, B, C, and D can do a piece of work in 20 days. If A and B can do it together in 50 days, and C alone in 60 days, find the time in which D alone can do it.
16. A, B, and C can do a piece of work in 8 days. B and C together do it in 24 days. B alone can do it in 40 days. In what time will it be done by C working alone?
17. A and B undertake to do a piece of work for Rs. 450. A can do it in 20 days and B can do it in 40 days. With the help of C, they finish it in 8 days. How much should C be paid for his contribution?
18. Daku and Tamatar can do a piece of work in 70 and 60 days respectively. They began the work together, but Daku leaves after some days and Tamatar finished the remaining work in 47 days. After how many days did Daku leave?
19. Ajay and Vijay undertake to do a piece of work for Rs. 480. Ajay alone can do it in 75 days while Vijay alone can do it in 40 days. With the help of Pradeep, they finish the work in 25 days. How much should Pradeep get for his work?
20. A and B can complete a work in 15 days and 10 days respectively. They started doing the work together but after 2 days, B had to leave and A alone completed the remaining work. The whole work was completed in :
1. The addition of 22.148 and 5.36 with regards to significant figures is
a) -2t + 3b) -10t + 3c) 2t + 3 d) 10t + 3Deselect Answer
a) 46 MeVb) 5.6 MeVc) 3.9 MeVd) 23 MeVDeselect Answer
a) R = rb) R < rc) R > r d) R =r/2
a) 10π2 b) 15π2 c) 10π d) 15πDeselect Answer
20. If the work done in stretching a wire by 1 mm is 2 J, the work necessary for stretching another wire of same material, but with double radius of cross-section and half the length by 1 mm isa) 10 J b) 5 Jc) 20 J d) 16 JDeselect Answer
1. Choose the correct option from the following options given below:
(a) In the ground state of Rutherford’s model electrons are in stable equilibrium. While in Thomson’s model electrons always experience a net-force.(b) An atom has a nearly continuous mass distribution in a Rutherford’s model but has a highly non-uniform mass distribution in Thomson’s model(c) A classical atom based on Rutherford’s model is doomed to collapse.(d) The positively charged part of the atom possesses most of the mass in Rutherford’s model but not in Thomson’s model.
(a) 16(b) 9(c) 48(d) 12
Choose the correct answer from the options given below:
(a) A-Ill, B-ll, C-l, D-l V (b) A-lll, B-IV,C-II, 1X1 (c) A-IV,B-l,C-lll,D-ll(d) A-ll, B-lll, C-l, D-IV
(a) 14.2MeV(b) 56.8MeV(c) 28.4MeV(d) 7.1 MeV
(a) 2A(b) 1/2 A(c) 20A (d) 2√2 A
(a) R=0.001r (b) R= 1000r(c) R = 2r(d) R = r
(a) 1:1 (b) 3:1 (c) √3:1 (d) 9:1
(a) 32 (b) 326(c) 128(d) 1/32
(a) 100 N(b) 90 N(c) 70 N(d) 75 N
(a) d=3h/2 (b) d= h/2(c) d=h (d) d=2h
(a) 5 (b) 15(c) 45(d) 20
(a) 36cm/sec(b) 9cm/sec(c) 4.5cm/sec(d) 18cm/sec π
(a) induced current is produced(b) the coil acts like a magnet(c) the number of turns in the coil of the galvanometer are changed(d) None of these
(a) 0.5kg (b) 0.15kg(c) 0.12kg(d) 1.5kg
(a) PV= RT(b) PV=2RT(c) PV = 1/2RT (d) PV = 4RT
(a) depends on the intensity of the radiation(b) depends on the nature of the metal used(c) depends both on the intensity of the radiation and the metal used(d) is the same for all metals and independent of the intensity of the radiation
(a) 557J(b) 1350J(c) 1050J(d) 1296J
(a) 9×1019J(b) 9×1017J(c) 9×1016J(d) 9×1013J
(a) 3(b) 25(c) 1.5(d) 2