| CBSE 10th MCQ Questions | Answer |
| The pair of linear equations 2x=5y+6 and 15y= 6x-18 represents two lines which are:IntersectingParallelCoincidentEither intersecting or parallel | c) Coincident |
| 2) The area of the sector of a circle with radius 12cm is 60πcm2. The central angle of this sector is:120 degree6 degree75 degree150 degree | d) 150 degrees |
| 3) If a pole 6m high casts a shadow 2√3 m long on the ground, then the sun’s elevation is60 degree45 degree30 degree90 degree | 60 degree |
| 4) The distance of teh point (-6,8) from the origin is:6-6810 | d) 10 |
| 5) the next term of AP: √7, √28, √63√70√80√97√112 | d) 112 |
| 6) Two dice are thrown together. The probability of getting the difference of numbers on their upper faces equal to 3 is:1/92/9⅙1/12 | c) ⅙ |
| 7) A card is drawn at random from a well-shuffled pack of 52 cards. The probability that the card drawn is not an ace is:1/139/134/1312/13 | d) 12/13 |
| 8) The roots of the equation x2+3x-10=0 are:2,-5-2,52,5--2,-5 | 2,-5 |
| 9) The area of teh square inscribed in a circle of radius 5√2 cm is:50 cm2100 cm225 cm2200 cm2 | b) 100 |
| 10) If the difference of mode and median of data is 24, find ot difference of median and mean:1224836 | 12 |
| 11) Three numbers in AP have the sum 30. What is its middle term?410168 | b) 10 |
| 12) For an evnet E, if P(E) + P (not E)=q then value of of q2-4 is-335-5 | -3 |
| 13) If a polynomial p(x) is given by p(x)= x2-5x+b, value of p(1) +P(4) is:042-4 | b) 4 |
| 14) If x=ab3 and y= a3b, where a and b are prime numbers, then [HCF(x,y) x LCM(x,y) is equal to 1-a3b3ab(1-ab)Ab-a4b4a4b4 | d) a4b4 |
| 15) The value for a for which ax2+x+a=0 has equal and positive roots is:2-2½-1/2 | c) 1/2 |
| 16) Which of the following is true for a polynomial p(x) of degree 3?p(x) has at most two distinct zeroesp(x) has at least two distinct zeroesp(x) has exactly three distinct zeroesp(x) has at most three distinct zeroes | d) p(x) has at most three distinct zeroes |
| 17) Assertion A): The probability that a leap year has 53 Sundays is 2/7.Assertion B): The probability that a non-leap year has 53 Sundays is 5/7.Both A and R are true, and R is the correct explanation of A.Both A and R are true, but R is not a correct explanation of A.A is true, but R is false.A is false, but R is true. | c) A is true, but R is false. |
POST YOUR COMMENT