

MCQOPTIONS
This section includes 123 Mcqs, each offering curated multiple-choice questions to sharpen your Maths knowledge and support exam preparation. Choose a topic below to get started.
1. |
If $$ {a^{x}={(x+y+z)^{y}}}, a^{y}=(x+y+z)^{z} and a^{z}=(x+y+z)^{x}$$ then the value of (x +y +z) is |
A. | 0 |
B. | $$ {a^{3}} $$ |
C. | 1 |
D. | a |
Answer» E. | |
2. |
If a =500, b=502 and c=504, then the value of a3 +b3 +c3-3abc |
A. | 17040 |
B. | 18072 |
C. | 12048 |
D. | 15050 |
Answer» C. 12048 | |
3. |
If $$ {8x over{2x^{2}+7x-2}}=1, x>0,$$ then what is the value of of $$ {x^{3}+{1 over x^{3}}}$$ ? |
A. | $$ {3 over 8}{ sqrt{17}}$$ |
B. | $$ {3 over 4}{ sqrt{17}}$$ |
C. | $$ {5 over 8}{ sqrt{17}}$$ |
D. | $$ {5 over 4}{ sqrt{17}}$$ |
Answer» D. $$ {5 over 4}{ sqrt{17}}$$ | |
4. |
If x+y=10 and xy=4, then what is the value of x4+y4=? |
A. | 8432 |
B. | 8464 |
C. | 7478 |
D. | 6218 |
Answer» B. 8464 | |
5. |
If $$ m+{1 over m-2}=0$$ then the value of $$ (m-2)^{12}+{1 over{(m-2)}^{12}} $$ is. |
A. | 1 |
B. | 0 |
C. | 2 |
D. | -1 |
Answer» D. -1 | |
6. |
If x + y = 1 and xy (xy 2) = 12,then the value of x4 + y4 is: |
A. | 23 |
B. | 25 |
C. | 19 |
D. | 20 |
Answer» C. 19 | |
7. |
If (27x3 343y3) (3x 7y) = Ax2 +By2 + 7Cyx, then the value of (4A B +5C) is: |
A. | 1 |
B. | 3 |
C. | 2 |
D. | 0 |
Answer» D. 0 | |
8. |
Which of these options is correct? |
A. | -16 > -15 |
B. | -16 < -20 |
C. | -16 > 1 |
D. | -16 < -3 |
Answer» E. | |
9. |
2x+3y=10 has? |
A. | No solution |
B. | A unique solution |
C. | Only two solutions |
D. | Infinitely many solutions |
Answer» E. | |
10. |
If $$ x= sqrt{ sqrt{5}+1 over { sqrt{5}-1}}$$ then the value of $$ {5x^2-5x-1}$$ will be: |
A. | 0 |
B. | 3 |
C. | 4 |
D. | 5 |
Answer» D. 5 | |
11. |
If $$ {x=a^{2 over3}-a^{-2 over3}}$$ then the value of $$ {x^{3}+3x}$$. |
A. | $$ {a^2-{1 over{a^{2}}}}$$ |
B. | $$ {a^2+{1 over{a^{2}}}}$$ |
C. | $$ {a+{1 over a}}$$ |
D. | $$ {a-{1 over a}}$$ |
Answer» B. $$ {a^2+{1 over{a^{2}}}}$$ | |
12. |
If (a-b)=-3 , (b-c)=5 and (c-a)=-2, then the value of $$ {a^{3}+b^{3}+c^{3}-3abc over a+b+c}$$. |
A. | 18 |
B. | 17 |
C. | 10.5 |
D. | 20.5 |
Answer» C. 10.5 | |
13. |
If $$ {a={1+x over 2-x}}$$, then find the value $$ {1 over {a+1}}+{2a+1 over{a^{2}-1}}$$ ? |
A. | $$ {(1+x)(2+x) over {2x-1}}$$ |
B. | $$ {(1-x)(2-x) over {x-1}}$$ |
C. | $$ {(1+x)(2-x) over {2x-1}}$$ |
D. | $$ {(1+x)(2-x) over {2x+1}}$$ |
Answer» D. $$ {(1+x)(2-x) over {2x+1}}$$ | |
14. |
If a=25, b=15 , c=-10 then find the value of $$ {a^{3}+b^{3}+c^{3}-3abc over {(a-b)^{2}+(b-c)^{2} +(c-a)^{2}}}$$ |
A. | 30 |
B. | -15 |
C. | -30 |
D. | 15 |
Answer» E. | |
15. |
If pq+qr+rp=0 then find the value of $$ {p^{2} over {p^{2}-qr}}+{q^{2} over {q^{2}-rp}}+{r^{2} over {r^{2}-pq}}$$ |
A. | 0 |
B. | 1 |
C. | -1 |
D. | 3 |
Answer» C. -1 | |
16. |
If P= 22 + 62 + 102 +142 + ..942 and Q=12 + 52 + 92 + ..812, then what is the value of P- Q ? |
A. | 24645 |
B. | 31515 |
C. | 29317 |
D. | 26075 |
Answer» E. | |
17. |
If x+y+z=22 and xy+yz+zx=35, then what is the value of (x-y)2 +(y-z)2+(z-x)2? |
A. | 793 |
B. | 681 |
C. | 758 |
D. | 715 |
Answer» D. 715 | |
18. |
If $$ {x^4}+{1 over{x^4}}$$ then find $$ {x^3}-{1 over{x^3}}=?$$ |
A. | 80 |
B. | 79 |
C. | 78 |
D. | 76 |
Answer» E. | |
19. |
If (x+y+z)=12, xy+yz+zx=44 and xyz=48, then what is the value of x3+y3+z3=? |
A. | 104 |
B. | 144 |
C. | 288 |
D. | 196 |
Answer» D. 196 | |
20. |
If $$ {(x-5)^{2} +{(y-2)^{2}}+{(z-9)^{2}=0}}$$ then what is the value of (x+y-z)? |
A. | -2 |
B. | 4 |
C. | 3 |
D. | 1 |
Answer» B. 4 | |
21. |
If a = 2.234, b = 3.121 and c = 5.355, then the value of $$ a^3 + b^3 + c^3 3abc$$ is |
A. | -1 |
B. | 0 |
C. | 1 |
D. | 2 |
Answer» C. 1 | |
22. |
If x = 2 then the value of $$ x^3 + 27x^2 + 243x + 631$$ is: |
A. | 1211 |
B. | 1231 |
C. | 1233 |
D. | 1321 |
Answer» D. 1321 | |
23. |
If $$ {x+{1 over 16x}}=1 $$, then $$ {64x^{3}+{1 over 64x^{3}}}$$ will be: |
A. | 40 |
B. | 52 |
C. | 64 |
D. | 76 |
Answer» C. 64 | |
24. |
simplify the following equation |
A. | $$ 1 over{n}$$ |
B. | $$ 2 over{n}$$ |
C. | $$ 2(n-1) over{n}$$ |
D. | $$ 2 over{n(n+1)}$$ |
Answer» C. $$ 2(n-1) over{n}$$ | |
25. |
Given that 100.48 = x, 100.70 = y and x2 = y2, then the value of z is close to |
A. | 1.45 |
B. | 1.88 |
C. | 2.9 |
D. | 3.7 |
Answer» D. 3.7 | |
26. |
Find the value of n when $$ {n= sqrt{n+ 2 sqrt{n+2 sqrt{n+2 sqrt{3n}}}}}$$ |
A. | 1 |
B. | 3 |
C. | 9 |
D. | 12 |
Answer» C. 9 | |
27. |
If $$ {x^{2}+3{x}+1=0}$$, then the value of $$ {x^{3}+{1 over {x^{3}}}}$$ |
A. | -18 |
B. | 18 |
C. | 36 |
D. | -36 |
Answer» B. 18 | |
28. |
If $$ {x=2-2^{1 over 3}+2 ^{2 over 3}}$$, then the value of $$ {x^{3}-6x^{2}+18x+18}$$. |
A. | 22 |
B. | 33 |
C. | 40 |
D. | 45 |
Answer» D. 45 | |
29. |
If $$ {(x+{1 over{x}})^{2}}=3$$, the value of of $$ {x^{206}+x^{200}+x^{90}+x^{84}+x^{18}+x^{12}+x^{6}+1}$$ |
A. | 0 |
B. | 1 |
C. | 84 |
D. | 206 |
Answer» B. 1 | |
30. |
If $${x}^2+{y}^2x+1=0$$ then the value of $$x^{31}+y{35}$$ is |
A. | 1 |
B. | 0 |
C. | 1 |
D. | 2 |
Answer» B. 0 | |
31. |
If $$ x={ sqrt3 over{2}}$$ then the value of $$ sqrt{1+x}- sqrt{1-x}$$ will be |
A. | 1 |
B. | 0 |
C. | $$ sqrt{3}$$ |
D. | $$ sqrt{2}$$ |
Answer» B. 0 | |
32. |
What is the area (in sq. cm) of a rhombus if the lengths of the diagonals are 12 cm and 14 cm ? |
A. | 42 |
B. | 168 |
C. | 84 |
D. | 63 |
Answer» D. 63 | |
33. |
Given k = -3. Find the value of $$ {k^3+3k}$$. |
A. | -36 |
B. | 36 |
C. | 37 |
D. | -37 |
Answer» B. 36 | |
34. |
lf p + m = 6 and p3 + m3 = 72, then the value of pm is: |
A. | 12 |
B. | 8 |
C. | 6 |
D. | 9 |
Answer» C. 6 | |
35. |
If $$x=( sqrt2+1)^{1 over3} $$, the value of $$(x^3-{1 over {x^3}}) $$ is |
A. | 0 |
B. | $$- sqrt { 2} $$ |
C. | 2 |
D. | $$3 sqrt { 2} $$ |
Answer» D. $$3 sqrt { 2} $$ | |
36. |
Sum of the factors of 4b2c2-(b2+c2-a2)2 is : |
A. | 0 |
B. | 1 |
C. | a+b+c |
D. | 2(a+b+c) |
Answer» E. | |
37. |
Find the value of a and b if (x-1) and (x+1) are factors of x4+ax3-3x2+2x+b |
A. | -2, 2 |
B. | 1, -1 |
C. | 2, -1 |
D. | -2, 1 |
Answer» B. 1, -1 | |
38. |
If a-b=1 and a3-b3=61, then the value of ab will be |
A. | 30 |
B. | 60 |
C. | -20 |
D. | 20 |
Answer» E. | |
39. |
If p=99, then the value of p(p2+3p+3) will be |
A. | 1000001 |
B. | 999998 |
C. | 999999 |
D. | 1000000 |
Answer» D. 1000000 | |
40. |
If a b + b a =1, then the value of a3+b3 will be |
A. | -1 |
B. | 2 |
C. | 1 |
D. | 0 |
Answer» E. | |
41. |
What will be the value of x3+y3+z3-3xyz when x+y+z=9 and x2+y2+z2=31? |
A. | 54 |
B. | 9 |
C. | 27 |
D. | 3 |
Answer» B. 9 | |
42. |
If a+b=2c, find $${a over a-c}+{c over b-c}?$$ |
A. | 2 |
B. | -1 |
C. | 0 |
D. | 1 |
Answer» E. | |
43. |
If a-6b = 3 then the value of a3-216b3-54ab is : |
A. | 27 |
B. | 64 |
C. | 9 |
D. | 1 |
Answer» B. 64 | |
44. |
If $$ sqrt{a}+ sqrt{b}=15 and ( sqrt{a}- sqrt{b} )=3$$ then the value of $$ sqrt{ab/4} $$ is |
A. | $$27 over 2$$ |
B. | 5 |
C. | 6 |
D. | 7 |
Answer» B. 5 | |
45. |
Find the minimum value of x which the expression |
A. | 1 |
B. | - 3 |
C. | 0 |
D. | 5 |
Answer» B. - 3 | |
46. |
$$ {x^{8}+4 over{x^{4}+2x^{2}+2}}$$ is equal to |
A. | $$ {x^{4}+2x^{2}-2}$$ |
B. | $$ {x^{4}-2x^{2}+2}$$ |
C. | $$ {x^{4}-2x^{2}-2}$$ |
D. | Can t be simplified |
Answer» C. $$ {x^{4}-2x^{2}-2}$$ | |
47. |
If a=x+y, b=x-y, c=x+2y, then $$ {a^2+b^2+c^2}-ab-bc-ca $$ is |
A. | $${4y^2}$$ |
B. | $${5y^2}$$ |
C. | $${6y^2}$$ |
D. | $${7y^2}$$ |
Answer» E. | |
48. |
If a+b+c=15 and a2+b2+c2=83 then the value of a3+b3+c3-3abc |
A. | 190 |
B. | 210 |
C. | 200 |
D. | 180 |
Answer» E. | |
49. |
If x = a - b, y = b - c, z = c - a, then the numerical value of the algebraic expression x3 +y3 + z3 -3xyz will be |
A. | 4 (a+b+c) |
B. | 3 abc |
C. | a + b + c |
D. | 0 |
Answer» E. | |
50. |
If a=34, b=c=33, then the value of a3+b3+c3-3abc is |
A. | 50 |
B. | 100 |
C. | 0 |
D. | 111 |
Answer» C. 0 | |