InterviewSolution
This section includes InterviewSolutions, each offering curated multiple-choice questions to sharpen your knowledge and support exam preparation. Choose a topic below to get started.
| 4201. |
Trapizium PQRS PQ\\RS PQ=2RS. PQandRS intersects at O areaof triangle POQ=64 cm. Find area of triangle SOR |
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Answer» Trapizium PQRS PQ\\RS PQ=2RS. PQandRS intersects at O areaof triangle POQ=64 cm. Find area of triangle SOR |
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| 4202. |
A 20 m deep well of diameter 7 m is dug and the earth taken out is evenly spread out to form a plateform of 22 m by 14 m. Find the height of the plateform. |
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Answer» A 20 m deep well of diameter 7 m is dug and the earth taken out is evenly spread out to form a plateform of 22 m by 14 m. Find the height of the plateform. |
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| 4203. |
Find the sum of the first 25 terms of an A.P. whose nth term is given by an = 2 − 3n. |
| Answer» Find the sum of the first 25 terms of an A.P. whose nth term is given by an = 2 − 3n. | |
| 4204. |
Choose the correct answer in each of the following questions:The sum of first n terms of an AP is (5n − n2). The nth term of the AP is (a) (5 − 2n) (b) (6 − 2n) (c) (2n − 5) (d) (2n − 6) |
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Answer» Choose the correct answer in each of the following questions: The sum of first n terms of an AP is (5n − n2). The nth term of the AP is (a) (5 − 2n) (b) (6 − 2n) (c) (2n − 5) (d) (2n − 6) |
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| 4205. |
A dividend of 13 % was declared on ₹ 100 shares selling at a certain price. If the rate of return is 6.5 % ,calculate (i) the market value of the shares (ii) the amount to be invested to obtain an annual dividend of ₹ 3900 |
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Answer» A dividend of 13 % was declared on ₹ 100 shares selling at a certain price. If the rate of return is 6.5 % ,calculate (i) the market value of the shares (ii) the amount to be invested to obtain an annual dividend of ₹ 3900 |
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| 4206. |
The empirical relation between mean, mode and median is(a) Mode = 3 Median − 2 Mean(b) Mode = 2 Median − 3 Mean(c) Median = 3 Mode − 2 Mean(d) Mean = 3 Median − 2 Mode |
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Answer» The empirical relation between mean, mode and median is (a) Mode = 3 Median − 2 Mean (b) Mode = 2 Median − 3 Mean (c) Median = 3 Mode − 2 Mean (d) Mean = 3 Median − 2 Mode |
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| 4207. |
|2x - 1| + |x - 2| >= 5 Solve for x |
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Answer» |2x - 1| + |x - 2| >= 5 Solve for x |
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| 4208. |
The following observations are arranged in ascending order. The median of the data is 25. Find the value of x. 17,x,24,x+7,35,36,46 |
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Answer» The following observations are arranged in ascending order. The median of the data is 25. Find the value of x. 17,x,24,x+7,35,36,46 |
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| 4209. |
In the given frequency distribution, which is/are the median term(s)?Age in yearsNumber of people15316817101810195204 |
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Answer» In the given frequency distribution, which is/are the median term(s)? |
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| 4210. |
Question 18Water flows through a cylindrical pipe, whose inner radius is 1 cm, at the rate of 80 cm/sec in an empty cylindrical tank, the radius of whose base is 40 cm. What is the rise of water level in tank in half an hour? |
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Answer» Question 18 Water flows through a cylindrical pipe, whose inner radius is 1 cm, at the rate of 80 cm/sec in an empty cylindrical tank, the radius of whose base is 40 cm. What is the rise of water level in tank in half an hour? |
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| 4211. |
Find the missing operation for the arithmetical expression. 39−(6×5) |
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Answer» Find the missing operation for the arithmetical expression. |
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| 4212. |
In a class of 35, students are numbered from 1 to 35. The ratio of boys and girls is 4 : 3. The roll numbers of students begin with boys and end with girls. Find the probability that a student selected is either a boy with prime roll number or a girl with composite roll number or an even roll number. |
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Answer» In a class of 35, students are numbered from 1 to 35. The ratio of boys and girls is 4 : 3. The roll numbers of students begin with boys and end with girls. Find the probability that a student selected is either a boy with prime roll number or a girl with composite roll number or an even roll number. |
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| 4213. |
In a right angle triangle ΔABC, a perpendicular BD is drawn on to the largest side from the opposite vertex. Which of the following does NOT give the ratios of the areas of ΔABD and ΔBCD? |
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Answer» In a right angle triangle ΔABC, a perpendicular BD is drawn on to the largest side from the opposite vertex. Which of the following does NOT give the ratios of the areas of ΔABD and ΔBCD? |
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| 4214. |
What is the surface are of a pyramid with a square base length of 3 cm and a slant height of 4 cm? |
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Answer» What is the surface are of a pyramid with a square base length of 3 cm and a slant height of 4 cm? |
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| 4215. |
The angle between the bisectors of the two acute angles of a right angled triangle is: |
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Answer» The angle between the bisectors of the two acute angles of a right angled triangle is: |
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| 4216. |
Pair of linear equations x + 2y + 5 = 0 and 3x + 6y -1 = 0 have |
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Answer» Pair of linear equations x + 2y + 5 = 0 and 3x + 6y -1 = 0 have |
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| 4217. |
18. Find the indicated term an=4n-3;a17,a24 |
| Answer» 18. Find the indicated term an=4n-3;a17,a24 | |
| 4218. |
Find the perimeter of the shaded region in the figure, if ABCD is a square of side 14 cm and APB and CPD are semicircles. |
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Answer»
Find the perimeter of the shaded region in the figure, if ABCD is a square of side 14 cm and APB and CPD are semicircles. |
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| 4219. |
Question 8Find the 20th term of the AP whose 7th term is 24 less than the 11th term, first term being 12. |
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Answer» Question 8 Find the 20th term of the AP whose 7th term is 24 less than the 11th term, first term being 12. |
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| 4220. |
Show that(I) tan 48° tan 23° tan 42° tan 67° = 1(II)cos 38° cos 52° − sin 38° sin 52° = 0 |
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Answer» Show that (I) tan 48° tan 23° tan 42° tan 67° = 1 (II)cos 38° cos 52° − sin 38° sin 52° = 0 |
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| 4221. |
In the given figure, AB = 15 cm, BC = 20 cm and CD = 7 cm. If ∠ABC = ∠ADC=90∘, then AD =____________cm |
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Answer» In the given figure, AB = 15 cm, BC = 20 cm and CD = 7 cm. If ∠ABC = ∠ADC=90∘, then AD =____________cm
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| 4222. |
If [322−3][xy]=[15], then x+y is equal to |
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Answer» If [322−3][xy]=[15], then x+y is equal to |
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| 4223. |
If the focus and vertex of the parabola are (p,0) and (q,0), respectively, then its equations when p>q and q>p are: If the focus and vertex of the parabola are (0,p) and (0,q), respectively, then its equations when p>q and q>p are |
| Answer» If the focus and vertex of the parabola are (p,0) and (q,0), respectively, then its equations when p>q and q>p are: If the focus and vertex of the parabola are (0,p) and (0,q), respectively, then its equations when p>q and q>p are | |
| 4224. |
From a well shuffled pack of cards, a card is drawn at random. Find the probability of getting a black queen. |
| Answer» From a well shuffled pack of cards, a card is drawn at random. Find the probability of getting a black queen. | |
| 4225. |
The following figure represents a __. |
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Answer» The following figure represents a |
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| 4226. |
A hemispherical bowl of internal radius 9 cm is full of water. Its contents are emptied into a cylindrical vessel of internal radius 6 cm. Find the height of water in the cylindrical vessel. [CBSE 2012] |
| Answer» A hemispherical bowl of internal radius 9 cm is full of water. Its contents are emptied into a cylindrical vessel of internal radius 6 cm. Find the height of water in the cylindrical vessel. [CBSE 2012] | |
| 4227. |
A chord AB of a circle is equal to the radius of the circle. Find the angle subtended by the chord at a point on the major arc and minor arc respectively . |
Answer» A chord AB of a circle is equal to the radius of the circle. Find the angle subtended by the chord at a point on the major arc and minor arc respectively .![]() |
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| 4228. |
If x=4√6√2+√3. find the value of x+2√2x−2√2+x+2√3x−2√3, using the properties of proportion. |
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Answer» If x=4√6√2+√3. find the value of x+2√2x−2√2+x+2√3x−2√3, using the properties of proportion. |
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| 4229. |
On dividing 55390 by 299, the remainder is 75. Find the quotient using division algorithm. |
| Answer» On dividing 55390 by 299, the remainder is 75. Find the quotient using division algorithm. | |
| 4230. |
If x1, x2, x3, are the roots of the cubic equation x³ + 2x + 6 = 0, prove that S7 = 2(S4 - S6). [Sn = (x1)^n + (x2)^n + (x3)^n] |
| Answer» If x1, x2, x3, are the roots of the cubic equation x³ + 2x + 6 = 0, prove that S7 = 2(S4 - S6). [Sn = (x1)^n + (x2)^n + (x3)^n] | |
| 4231. |
If the number 1.2.22.23.24...........220.3.32.33.34........310is written in power of '6' then the highestpower of '6' is _____. |
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Answer» If the number 1.2.22.23.24...........220.3.32.33.34........310 is written in power of '6' then the highest power of '6' is _____. |
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| 4232. |
why remainder is always less than divisor ? prove it using euclids division lemma. |
| Answer» why remainder is always less than divisor ? prove it using euclids division lemma. | |
| 4233. |
write the first 5 terms of the sequence whose nth term is n-2/3 |
| Answer» write the first 5 terms of the sequence whose nth term is n-2/3 | |
| 4234. |
Six bells commence tolling together and toll at intervals of 2,4,6,8,10,12 min. respectively. In 30 hours,how many times do they toll together. Please explain every step.. |
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Answer» Six bells commence tolling together and toll at intervals of 2,4,6,8,10,12 min. respectively. In 30 hours,how many times do they toll together. Please explain every step.. |
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| 4235. |
What is the H.C.F of x2+2x−8,x3−4x2+4x,x2−4 |
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Answer» What is the H.C.F of x2+2x−8,x3−4x2+4x,x2−4 |
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| 4236. |
Solve each of the following quadratic equations:x2-4ax-b2+4a2=0 [CBSE 2012] |
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Answer» Solve each of the following quadratic equations: [CBSE 2012] |
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| 4237. |
43. Find the inclination of the line \sqrt{}3x-3y+6=0. |
| Answer» 43. Find the inclination of the line \sqrt{}3x-3y+6=0. | |
| 4238. |
Given below are the sides of a triangle. In which cases are the triangles right angled?(i) 8, 15, 17 (ii) 9, 10, 14 (iii) 7, 24, 25 |
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Answer» Given below are the sides of a triangle. In which cases are the triangles right angled? (i) 8, 15, 17 (ii) 9, 10, 14 (iii) 7, 24, 25 |
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| 4239. |
Find the number of balls each of radius 1cm . Can be made from a solid sphere of lead of radius 6cm |
| Answer» Find the number of balls each of radius 1cm . Can be made from a solid sphere of lead of radius 6cm | |
| 4240. |
Which term of the AP 53, 48, 43,....................... is the first negative term.? |
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Answer» Which term of the AP 53, 48, 43,....................... is the first negative term.? |
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| 4241. |
Question 10In the figure, if ∠AOB=90∘ and ∠ABC=30∘, then ∠CAO is equal to(A) 30∘ (B) 45∘ (C) 90∘ (D) 60∘ |
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Answer» Question 10 In the figure, if ∠AOB=90∘ and ∠ABC=30∘, then ∠CAO is equal to ![]() (A) 30∘ (B) 45∘ (C) 90∘ (D) 60∘ |
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| 4242. |
In the given right angled isosceles triangle ABC, if AC = 10 cm then determine the area of triangle in square cm. 25 |
Answer» In the given right angled isosceles triangle ABC, if AC = 10 cm then determine the area of triangle in square cm.![]()
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| 4243. |
If the sum of the zeros of the quadratic polynomial f(x) = kx2 − 3x + 5 is 1, write the value of k. |
| Answer» If the sum of the zeros of the quadratic polynomial f(x) = kx2 − 3x + 5 is 1, write the value of k. | |
| 4244. |
Choose the correct answer in each of the following questions:The sum of first 40 positive integers divisible by 6 is [CBSE 2014](a) 2460 (b) 3640 (c) 4920 (d) 4860 |
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Answer» Choose the correct answer in each of the following questions: The sum of first 40 positive integers divisible by 6 is [CBSE 2014] (a) 2460 (b) 3640 (c) 4920 (d) 4860 |
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| 4245. |
Very-Short and Short-Answer QuestionsIf the numbers (2n − 1), (3n + 2) and (6n − 1) are in AP, find the value of n and the numbers. [CBSE 2013C] |
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Answer» Very-Short and Short-Answer Questions If the numbers (2n − 1), (3n + 2) and (6n − 1) are in AP, find the value of n and the numbers. [CBSE 2013C] |
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| 4246. |
If r1=9 cm and r2=5 cm, then find the area of the shaded region. (Use π=227)176 |
Answer» If r1=9 cm and r2=5 cm, then find the area of the shaded region. (Use π=227)
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| 4247. |
What are the arguments put forward by Decius Brutus to convince Caesar to go to the Capitol? |
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Answer» What are
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| 4248. |
Find one of the roots of the quadratic equation 2x2−7x+3=0 by the method of completion of the square. Also, what is the equation obtained after completion of the square? |
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Answer» Find one of the roots of the quadratic equation 2x2−7x+3=0 by the method of completion of the square. Also, what is the equation obtained after completion of the square? |
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| 4249. |
Question 4In the given figure, is PQRS is a parallelogram and ABIIPS, then prove that OCIISR. |
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Answer» Question 4 In the given figure, is PQRS is a parallelogram and ABIIPS, then prove that OCIISR. |
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| 4250. |
Consider the sequence of numbers2, 5, 8, 11, 14, 17, 20, 23, 26, 29, 32, ..Identify 5th,8th & 12th term in the above sequence. |
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Answer» Consider the sequence of numbers 2, 5, 8, 11, 14, 17, 20, 23, 26, 29, 32, .. Identify 5th,8th & 12th term in the above sequence. |
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