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CBSE Class 10 Maths Term 2 Previous Year Question Papers with Solutions

Class 10th Maths Previous Year Question Paper is worth solving for students appearing in the CBSE Class 10th Examination 2022. Solving Class 10th Maths Previous Year Question Paper will give students the confidence to solve mathematical problems and also practising Class 10th Maths Previous Year Question Paper on daily basis will reduce the stress of CBSE Class 10th Term 2 Exam 2022.

Previous Year Question Paper Class 10 Maths Term 2

If students will solve the Class 10th Maths Previous Year Question Paper then they will analyze by themselves which topics are important for their CBSE Class 10th Term 2 Exam 2022 and which types of questions are repeated every year. On this page, we have given Class 10th Maths Previous Year Question Paper with solutions, by solutions students will get the idea of answer writing style which can fetch extra marks in maths paper. 

Also Check:

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Class 10th Maths Previous Year Question Paper for Term 2 Exam

Class 10th Maths Previous Year Question Paper – 2020

Section A

Q. Present weight of Saket is 100 kg. He has decided to take a weight loss challenge, during his challenge he can only reduce 2.5 kg in each month. After how many months his weight will be 70 kg?

Answer:

As here. a = 100 

d = – 2.5 (As his weight is decreasing by 2.5 kg in each month).

So, an = 70 

As, an = a + (n-1)d 

=> 70 = 100 + (n -1) * (-2.5)

=> 70 = 100 -2.5n +2.5

=> 2.5 n = 102.5 -70

=> 2.5 = 32.5

=> n=32.52.5 = 13

Q. Determine the factors of the equation by using the factored form method.

y2-23y+112=0

Answer:

=>y2-23y+112=0

y2-16y-7y+112=0

y(y-16)-7(y-16)=0

y=+16, +7

Q. A tangent PQ at a point P of a circle of radius 4 cm meets a line through the centre O at a point Q so that OQ = 5 cm. Length PQ is 

Answer:

Triangle OPQ is a right – angled triangle

Therefore, 

OQ2 = PQ2 + OP2

PQ2 = OQ2 – OP2

PQ2  =  OQ2– OP2

PQ2  =  5232

PQ2  =  25-9

PQ2  =  16

PQ =4 cm

 

Q. A cube has a volume of 64 cm3 then, what is the length of the cube?

 

Answer:

 Volume of cube = a3

=> 64 = a3

=> a = 364

=> a = 4 cm.

Q.The daily minimum steps climbed by a man during a week were as under:

Monday Tuesday Wednesday Thursday Friday Saturday
30 35 24 26 32 28

Find the mean of the steps.

Answer:

 Number of steps climbed in a week: 30,35,24,26,32,28.

So, we get,

Mean = sum of observation (steps) / total no of observations

=30 + 35 + 24 + 26 + 32 + 286

=1756

= 29.17

OR

Q. A coin and a dice is tossed together. What will be the probability of getting a tail and a prime number?

Answer:

Since the probability of getting tail  = 1/2 

As when dice is thrown,

We get numbers from 1 to 6 i.e. 1, 2, 3, 4, 5, 6

So, prime numbers are = 2, 3, 5 = 3 

The probability of getting a prime number  =  3/6 = 1/2 

So, the probability of getting tail and a prime number will be = 1/2 *1/2 =1/4 

 Q. Find two numbers whose sum is 27 and product is 182.

Answer:

Let the number is x

Then equation will be 

=> x2+ 27x + 182 =0

=> x2 + 14x +  13x + 182 =0

=> x(x+14) + 13 (x+14) = 0

=> (x+14) (x+13)

=> x = 14,13 

Section B

 

Q. Which is correct sigma notation of the AP:101, 97, 93, 89, ….?

 

Answer:

AP is 101, 97, 93, 89 ,….

Here, a = 101 and other terms are continuously decreasing with a common difference  of 4

So, we can write “a” i.e. 101 as (105 – 4*1) = (105 – 4*n)

So, correct sigma notation will be,

OR

Q. Present weight of Saket is 100 kg. He has decided to take a weight loss challenge, during his challenge he can only reduce 2.5 kg in each month. After how many months his weight will be 70 kg?

Answer:

As here, a = first term = 3 kg

d  = common difference = 2.5 (As his weight is increasing by 2.55 kg in every year)

So, after 15 years, means value of n = 15

Weight of baby will be:

= a15 = a + (n-1)d

 = 3+ (15-1)×2.5

=>3+ 14×2.5

=>3 + 35 = 38 kg.

Q. In triangle ABC, C = 90°, BC = 24 cm and AC = 7 cm. Determine the value of SinA * CotB.

Answer:

As here, 

Hypotenuse2= 242 + 72 

 => Hypotenuse = 25 cm

=> SinA = opposite side/ hypotenuse = 24/25

=> TanB =opposite side/adjacent = 7/24

=>SinA * CotB = 24/25 * 7/24 = 7/25

Q. The following distribution shows the daily pocket allowance of children of a locality. The mean pocket allowance is Rs 18. Find the missing frequency f.

Answer:

fix and calculate the value of and

Calculate the unknown frequency

Mean

f = 402

f = 20

Q. A box contains 4 white and 8 yellow balls. Two balls are taken out at random, without replacement. If the first ball is white, then what is the probability that the second ball is also white?

Answer:

Number of white balls = 4, Number of yellow balls = 8

Number of balls taken out at random = 2

Total balls = 4 + 8 = 12

Required probability = 4/12 * 3/11 = 1/11

Section C

Q. What will be the length of AD and BC of the given figure?

Answer:- 

Given that, 

ABC is a triangle,

D is a point on the side BC of ΔABC

=> ADC=BAC

By using properties of similar triangle, 

=> AB/AD = BC/AC = AC/DC

=> 8/AD = 6/3

=> AD = 4cm

Now, BC/6 = 6/3

=> BC = 12cm 

Q.  In the given figure, if PQR = 30°, find the value of POR.

Answer:

Here, OP QP and OR QR

OSR = ORQ = 90°

In triangle OPQR, POR + OPQ + PQR + ORQ = 360°

POR + 90° + 30° + 90° = 360°

POR = 360° – 210° = 150°

OR

Q. In the given figure, PQ and PR are tangents to the circle with centre O such that QPR = 45°, then QOR is equal to: 

Answer:

In quadrilateral PQOR

PQO + QOR + ORP + QPR = 360°

90° + QOR + 90° + 45° = 360°

QOR = 360° – 225° = 135°

Class 10th Maths Previous Year Question Paper – 2019

Section A

 

Q. Determine the factors of the equation by using the factored form method.

 

3x2 – 10x + 8 = 0

Answer:

=>3x2 – 10x + 8 = 0

3x2 – 6x – 4x + 8 = 0

3x(x – 2) – 4(x – 2) = 0

x = 2, 4/3

 Q. What will be the approximate least and greatest value of “y” in the given equation:(y-7)2=484?

Answer:

y-72=484

=> y -72 = 222

=>y = 22+7 and -22 +7

=> y = 29, -15

 

Q. If the distance between points (5, 2) and (1, a) is 5, then find the value of a, If (a < 0).

 

Answer:

Distance = {(5-1)2+2-a2}

=>5= {(4)2+2-a2}

=>25 = 16+2-a2

=>25-16 = 2-a2

=>9=2-a2

As value of a is negative.

=>2-a=3

=>a = 2-3 = -1

Q.  A circle with its center at O (x,11) has a radius of 26  units. Point P (3,-13)  lies on the circle.Also, x> 10. Find x.

Answer:

As O is at (x, 11) and p (3, – 13)

=> OP = x-32+(11--132)

=> OP = (x-3)^2+24^2

=>OP = (x-3)^2+576

=>262 = x-32+576

=>676 = x-32 +576

=>x-32= 100

=>(x-3) = 10

=>x = 13 (As x > 10)

Q. What will be the sum of the first 21 terms of the AP 4, 7, 10, …..?

 

 

Answer:

AP = 4, 7, 10, ……

Here, a = 4

d = 7-4 = 3

Number of terms = n = 21

So, sum of first 21 terms of AP will be Sn =n2 (2a+(n-1)d)

=>Sn =212 * [2*4 +(21-1)*3]

=>Sn =212 * [8+60]

=>Sn =212 * 68

=>Sn = 21*34 =714

 

Q. Mohan bought a toy which is packed in box to gift his Sohan on his birthday. The dimension of the box is 6cm x 6cm x 6cm. What size of gift paper is required to wrap the gift?

 

Answer:

The dimension of box is 6cm x 6cm x 6cm 

Curved surface area of cube = 6 x a2

= 6x 62

= 216 m2

 

Q. Find the mode of the following items.

 

1,2,2,5,6,6,4,2,4,0,4,4,6,5,3

Answer:

On arranging the items in ascending order, we get:

0,1,2,2,2,3,4,4,4,4,5,5,6,6,6

As we can see 4 occurs the maximum number of times.

Therefore, the mode of the given items = 4

 Q. A bag contains a red ball, a blue ball, a yellow ball and an orange ball, all the balls being of the same size. Priti takes out a ball from the bag without looking into it. What is the probability that she takes out the

(i) yellow ball? (ii) orange ball?

Answer:

Priti takes out a ball from the bag without looking into it. So, it is equally likely that she takes out any one of them.

Let be the event ‘the ball taken out is yellow ‘and be the event ‘the ball taken out is orange”

Now, the number of possible outcomes .

(i) The number of outcomes favourable to the event .

So,

Similarly, (ii)

Section B

Q. If the mid point of line AB is (7, 1) determine the coordinates of B if A (9.5, -6.5).

 

 

Answer:

Given, (x1, y1) = (9.5, -6.5)

B = (x2, y2

According to the formula we can find the midpoint (x, y):

(x, y) = [x1 + x22,y1 + y22]

(7, 1) = [9.5+ x22,-6.5+y22]

=> 9.5+x2=14 

=> x2 = 5.5

And, y2 = -6.5+y2 = 2

=> y2=8.5

Q. In the figure given below, PTS = QPR, PS || QR, PS : QR = 7 : 9 and PR = 36 cm, then find the length of TR.

Answer:- 

PTS = QPR 

PS || QR 

PS : QR = 8 :10 

PR = 36 cm 

Rule of similarity AA(Angle-Angle) 

∆TSP and ∆PQR are similar. 

Now, PS/QR = PT/PR 

7/9 = PT/36 

PT = 28 cm 

Now, TR = PR – PT 

= 36 – 28 = 8 cm 

 

Q. A box contains lemon and banana, if there are 13 bananas in the box and the probability of selecting 2 bananas from the box is 1/10, then find the number of lemons in the box?

 

Answer:

The number of bananas in the box =13

Let the number of lemons in the box =X

13*12X+13X+12=110

156X2+13X+12X+156=110

1560=X2+25X+156

X2+25X-1404=0

X2-27X+52X-1404=0

X(X-27)+52(X-27)=0

X=27, -52 (Neglecting the negative values)

Number of lemons in the box =27

 Q. The distribution below shows the number of wickets taken by bowlers in one-day cricket matches. Find the mean number of wickets by choosing a suitable method. What does the mean signify?

 

 

Number of wickets 20 – 60 60 – 100 100 – 150 150 – 250 250 – 350 350 – 450
Number of 

bowlers

7 5 16 12 2 3

 Answer:

Here, the class size varies, and the xi,s are large. Let us still apply the step deviation method with a = 200 and h = 20. Then, we obtain the data as in Table

Number of wickets taken Number of bowlers

( fi )

xi di = xi – 200 ui = di20 ui fi
20 – 60 40 –160  –8  –56
60 – 100 80 –120 –6  –30
100 – 150 16  125  –75  –3.75  –60
150 – 250 12  200 0 0 0
250 – 350 2 300 100 5 10
350 – 450 400 200 10 30
Total 45 -106

 So,  

Therefore, 

This tells us that, on an average, the number of wickets taken by these 45 bowlers in one-day cricket is 152.89.

Section C

 

Q. Find the roots of the following quadratic equation by completing the square method. 14 x2+23 x-30=0.

 

Answer;

x2 + 13x – 17 = 0

Comparing to general equation: 

ax2 +bx +c = 0

=> a = 1, b = 13, c = -17

=> Roots = [-b ± √(b² – 4ac)]/2a

So,

 

Q. What is the length of the radius for the given figure?

 

Answer:

Here, B is the point of tangency.

So, 

Subtract both sides by 2500, 

=> r2+3900 = r2+100r

Cancelling r2

=> 3900 = 100r 

=> r = 39 ft

OR

What is the radius of the circle given below?

Answer:-

Here, AB is a tangent and BC is the radius 

BC AB

Now, in triangle CBA,

⇒ CA2= AB2 + CB2

302 = 262 + OT2

⇒ 900 – 676 = OT2

⇒ 224 = OT2 

⇒ 14.96 cm = OT

 

Q. If the value of 25Sinθ = 24, then what will be the value of Sinθ * Cosθ * Cotθ?

 

Answer:

As, sin θ = Perpendicular/Hypotenuse 

25sin θ = 24

=>sin θ = 24/25

=> Perpendicular = 24, Hypotenuse = 25

\[=>Base=\sqrt{625-576}=7\]

cos θ = Base/Hypotenuse = 7/25

Cotθ = Base/Perpendicular = 7/24

=>Sinθ * Cosθ * Cotθ

=>[24/25 * 7/25 ] * 7/24

=>49/625

 

Q. A juice seller was serving his customers using glasses as shown in fig. below. The inner diameter of the cylindrical glass was 5 cm, but the bottom of the glass had a hemispherical raised portion which reduced the capacity of the glass. If the height of a glass was 10 cm, find the apparent capacity of the glass and its actual capacity. (Use π = 3.14.)

 

Answer:

Since the inner diameter of the glass and height ,

the apparent capacity of the glass

But the actual capacity of the glass is less by the volume of the hemisphere at the base of the glass.

i.e., it is less by

So, the actual capacity of the glass =

Class 10th Maths Previous Year Question Paper – 2018

Section A

 

Q. If Mahesh were younger by 5 years than what he really is. The square of his age would have been 11 more than five times of his present age. What is his present age?

 

Answer:

Let x be the present age of Mahesh

Then,

=> x-52 = 5x+11

=> x2-10x+25 =5x+11

=> x2-15x+14=0

=>x2-14x-x+14 =0

=>x(x-14)-1(x-14)=0

 So, 

x=14 or x=1

As age can’t be negative so, now age of Mahesh is 14.

 

Q. Find the midpoint of a line whose endpoints are (11, 13) and (9, 11).

 

Answer:

Given, (x1, y1) = (11, 13)

(x2, y2) = (9, 11)

According to the formula we can find the midpoint (x, y):

(x, y) = [x1 + x22,y1 + y22]

(x, y) = [11 + 92,13 + 112]

= (10, 12)

 

Q. Disha has two dairy milk and 3 perk chocolates. What will be the probability of taking two chocolates, one of dairy milk and one of perk?

 

Answer

Dairy milk = 2

=> Probability of taking one dairy milk P(A) = 1/2 

Perk = 3

=> Probability of taking one perk P(B) = 1/3

=> P(A and B)=P(A∩B)=P(A)P(B) = 1/3*1/2  = 1/6 

OR

Q. Find the value of y from the following observations if these are already arranged in ascending order. The Median is 63.

20, 24, 42, y , y + 2, 73, 75, 80, 99

Answer:

As the number of observations made is odd, so the median will be the middle term, i.e.    y + 2.

Therefore,

y + 2 = 63

y = 63 – 2 = 61

Q. What will be the approximate least and greatest value of “x” in the given equation?

 

 

x+42 -15 =0?

Answer:

x+42 -15 =0

=>x+42 = 15

=>(x+4)^2 = 152

=>x = √15 -4 and √15+4

As, √15 = 3.8729

=> x = 3.873 – 4 and 3.873 + 4 => -0.127 and 7.873

OR

 Q. The earning for the month of January of Mr. Tiwari is Rs. 1000. If his earning gets increased by Rs. 125 every month, then what will be his earning in the month of August?

Answer:

As here, a = first term = 1000

d  = common difference = 125 (As earning is increased by Rs. 125 in every month)

So, for August, value of n will be = 7

=> Earning of August will be 

= a7 = a + (n-1)d

 = 1000+ (7-1)×125

=>1000+ 6×125

=>1000 + 750 = Rs. 1750

 Q. A cylinder shaper container has a height of 5m and its radius is 2m. How much water can a container   store?

 

 

Answer:

Volume of cylinder 

= πr2h

= π×2×2×5

= 62.83 m3 ≃63 m3

 The container can contain 63 m3 of water .

 

Q. The weight of a new born baby is 3 kg after every year his weight is increasing by 2.5 kg. What will be his weight when he will be 16 years old?

 

As here, a = first term = 3 kg

d  = common difference = 2.5 (As his weight is increasing by 2.55 kg in every year)

So, after 15 years, means age when he will be 16 years old,

So, value of n = 15

Weight of baby will be:

= a15 = a + (n-1)d

 = 3+ (15-1)×2.5

=>3+ 14×2.5

=>3 + 35 = 38 kg.

Section B

 

Q. If the value of Sinθ = 63/65, then what will be the value of Cosθ * Tanθ?

Answer:

As, sin θ = Perpendicular/Hypotenuse = 63/65

=> Perpendicular =63 , Hypotenuse = 65

=> Base = 652632 = 16 

=> Cos θ = Base/ Hypotenuse = 16/65

tan θ = Perpendicular/Base = 63/16

=>Cos θ * Tan θ = 16/65 * 63/16 = 65/63

 Q. In a retail market, fruit vendors were selling mangoes kept in packing boxes. These boxes contained varying number of mangoes. The following was the distribution of mangoes according to the number.

 

 

Answer:

Get the values of a and h

a = 57

h = 53 – 50 = 3

Calculate the mean

Mean (x) = a + h × ∑fiui∑fi

x = 57 + 3×25400

x = 57 + 316

x = 57 + 0.19

x = 57.19

 

Q. A bag contains 3 red, 5 yellow and 4 blue balls. If three balls are drawn at random, then find the probability that balls are yellow?

 

Answer:

Required probability = 5C3/12C3

= 5 * 4 * 3/12 * 11 * 10

= 1/22

OR

Q. Yugali is playing a cricket match and a game of football; the probability of winning cricket is 0.4 while the probability of winning football is 0.6. What will be the probability that she will win both matches assuming that the result of the matches is independent?

Answer:

Probability of winning cricket = 0.4

Probability of winning football  = 0.6

Probability of winning cricket and football = 0.4*0.6 = 0.24

Section C

 

Q. Find the roots of the following quadratic equation by completing the square method. 14 x2+23 x-30=0 .

 

Answer:

To convert the coefficient of the first term in 14x2, multiply the equation by 14. 

Result is, 

Take the square root of both sides of the equation. 

Result is, 14 x+232=472

The roots of the equation are given by,

 Q. In the given figure, S is the point of tangency. What will be the radius of the circle T?

 

 

Answer:- 

Given that, 

S is the point of tangency, 

So

Subtract both sides by 1296,

OR

Q. What is the value of x for the given figure?

Answer:- 

Here, US is a tangent to point R at S,

UV is a tangent to point R at V 

Tangents are congruent, 

Therefore, 

SV = VU 

Q. If the value of 17Sinθ = 8, then what will be the value of (2Secθ + 4Tanθ)/ Cosec θsinθ?

 

 

Answer: 

As, sin θ = Perpendicular/Hypotenuse 

17sin θ = 8

=>sin θ = 8/17

=> Perpendicular = 8, Hypotenuse = 17

=> sec θ = Hypotenuse/Base = 13/12

tan θ = Perpendicular/Base = 5/12

Cosecθ = 17/8

(2Secθ + 4Tanθ)/ Cosec θsinθ 

=>136+531

=>136+53

=>13+106 =236

Q. A pen stand made of wood is in the shape of a cuboid with four conical depressions to hold pens. The dimensions of the cuboid are 16 cm by 10 cm by 3.7 cm. The radius of each of the depressions is 0.6 cm and the depth is 1.5 cm. Find the volume of the wood in the entire stand.

 

 

Answer:

The dimensions of the cuboid are16 cm by 10 cm by 3.7 cm.

So, Volume of the cuboid is = l × b × h = 16 × 10 × 3.7 = 592 cm3

Radius of the conical depression (r) = 0.6 cm

Height of the conical depression (h) = 1.5 cm

As the pen stand made of wood is in the shape of a cuboid with four conical depressions,

Volume of wood 

= volume of cuboid – 4 (volume of cone)

= 592 – (4 × 13 × 227 × 0.6 × 0.6 × 1.5)

 = 592 – 2.26

= 589.74 cm3

So, Volume of wood = 589.74 cm3

Related Articles:

FAQs on Class 10 Maths Term 2 Previous Year Question Papers

Q. When will CBSE conduct the Class 10th Term 2 Examination?

CBSE will begin Class 10th Term 2 Examination from 26th April 2022 onwards.

Q. Where I can get CBSE Class 10th Maths Previous Year Question Papers?

You can get CBSE Class 10th Maths Previous Year Question Papers on this page. we have covered CBSE Class 10th Maths Previous Year Question Papers with their solutions on this page.

Q. How can I get full marks in Maths class 10?
Practising CBSE Class 10th Maths Previous Year Question Papers given on this page and completing the whole syllabus of Class 10th holistically will get students full marks in class 10th. In maths, the only practice of questions is required.

Q. Which website is best for previous year’s question papers of CBSE Class 10th?

The official website of Adda247 school is best to get all the previous year’s question papers for CBSE Class 10th.

          

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