

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.
101. |
If $$ {a^4+1}={{a^2} over{b^2}}{(4b^2-b^4-1)}$$,then what is the value of $${a^4+b^4}$$? |
A. | 16 |
B. | 2 |
C. | 32 |
D. | 64 |
Answer» C. 32 | |
102. |
$${3x+4y-2z+9=17},{7x+2y+11z+8=23}$$ and $$ {5x+9y+6z-4=18}$$ then what is the value of $$ {x+y+z-34}$$? |
A. | -45 |
B. | -31 |
C. | -14 |
D. | -28 |
Answer» C. -14 | |
103. |
If $$ {x+3y-{2z over 4}}=6$$ , $$ {x+{2 over 3}}(2y+3z)=33$$ and $$ {1 over 7}{(x+y+z)+2z=9}$$, then what is the value of $$ {46x+131y}$$? |
A. | 364 |
B. | 414 |
C. | 384 |
D. | 464 |
Answer» C. 384 | |
104. |
x-y=2, xy=24, then the value of (x2+y2) is: |
A. | 52 |
B. | 63 |
C. | 36 |
D. | 25 |
Answer» B. 63 | |
105. |
If $$ {4p over{{p^2}}-4p+4}={1 over8}$$, p 0 then the value of $$ {p+{4 over p}}$$ |
A. | 34 |
B. | 37 |
C. | 36 |
D. | 35 |
Answer» D. 35 | |
106. |
If $$ {x+{1 over x}}=3$$ then find the value of $$ {x^2}-{1 over {x^2}}$$: |
A. | $$ {8 sqrt{2}}$$ |
B. | $$ {5 sqrt{8}}$$ |
C. | $$ {5 sqrt{3}}$$ |
D. | $$ {3 sqrt{5}}$$ |
Answer» E. | |
107. |
If $$ {x^{12}+x^{3} over {x^{6}}}=0$$ find $$ {x^{36}+{1 over x^{36}}}$$ |
A. | 2 |
B. | 0 |
C. | 1 |
D. | 4 |
Answer» B. 0 | |
108. |
If a + a2+a3-1=0, then what is the value of a3 +(1/a)? |
A. | 1 |
B. | 4 |
C. | 2 |
D. | 3 |
Answer» D. 3 | |
109. |
If $$ {x+{1 over x}=7}$$ then $$ {x^{2}+{1 over {x^{2}}}=?}$$ |
A. | 47 |
B. | 45 |
C. | 49 |
D. | 51 |
Answer» B. 45 | |
110. |
If $$ { sqrt{2x+9}+x=13}$$ then find the value of x? |
A. | -20 |
B. | 80 |
C. | 8 |
D. | None of these |
Answer» D. None of these | |
111. |
If x+y=14: x3+y3=1064, then the value of (x-y)2 is: |
A. | 81 |
B. | 36 |
C. | 100 |
D. | 64 |
Answer» C. 100 | |
112. |
If $$ {x+{9 over x}=6}$$ then find the value of $$ {x^{2}+{1 over x^{3}}}$$ |
A. | $$ {12{1 over 27}}$$ |
B. | $$ {9{1 over 27}}$$ |
C. | $$ {8{1 over 27}}$$ |
D. | $$ {10{1 over 27}}$$ |
Answer» C. $$ {8{1 over 27}}$$ | |
113. |
If $$ sqrt {x^2+y^2}=25$$, and y=2x, find x. |
A. | 5 |
B. | 25 |
C. | $$ sqrt {125}$$ |
D. | $$ sqrt {5}$$ |
Answer» D. $$ sqrt {5}$$ | |
114. |
If x4+2x3+ax2+bx+9 is a perfect square where a and b are positive real numbers, then the value of a and b |
A. | a = 5, b = 6 |
B. | a = 6, b = 7 |
C. | a = 7, b = 7 |
D. | a = 7, b = 8 |
Answer» C. a = 7, b = 7 | |
115. |
If $$ P={{x^2-36} over{x^2-49}}$$ and $$ Q={{x+6} over{x+7}}$$ then the value of $$ {P over{Q}}$$ is. |
A. | $$ {x-6} over {x-7}$$ |
B. | $$ {x-6} over {x+7}$$ |
C. | $$ {x-7} over {x+6}$$ |
D. | $$ {x+6} over {x-7}$$ |
Answer» B. $$ {x-6} over {x+7}$$ | |
116. |
If a+b=17,and a b =9, then the value of $$ {(4a^2+4b^2)}$$ is: |
A. | 710 |
B. | 720 |
C. | 730 |
D. | 740 |
Answer» E. | |
117. |
If average of two x and $$1 over x$$ (where x 0) is A, what will be the average of x3 and $$1 over {x^3}$$? |
A. | $$4A^3-2A$$ |
B. | $$4A^3-3A$$ |
C. | $$4A^3-4A$$ |
D. | $$4A^2-2A$$ |
Answer» C. $$4A^3-4A$$ | |
118. |
sbi assittent |
A. | a |
B. | b |
C. | c |
D. | d |
Answer» B. b | |
119. |
$${a over b}={2 over3}$$ and $${b over c}={4 over5}$$ then the ratio $${a+b} over {b+c}$$ equal to: |
A. | $${20 over27} $$ |
B. | $${27 over20} $$ |
C. | $${6 over8} $$ |
D. | $${8 over6} $$ |
Answer» B. $${27 over20} $$ | |
120. |
If $$ {x^{4}+x^{2}y^{2}+y^{4}={21 over256}}$$ and $$ {x^{2}+xy+y^{2}={3 over16}}$$ then $$ {2(x^{2}+y^{2})}=?$$ |
A. | $$ {3 over 8}$$ |
B. | $$ {5 over 8}$$ |
C. | $$ {3 over 4}$$ |
D. | $$ {5 over 16 }$$ |
Answer» C. $$ {3 over 4}$$ | |
121. |
If $$ {P={96 over95 97}},{Q={97 over96 98}}$$ and $$ {R={1 over97}}$$ then which of the following is True? |
A. | $$ {P} |
B. | $$ {R} |
C. | $$ {Q} |
D. | $$ {R} |
Answer» C. $$ {Q} | |
122. |
If a + b + c=15, abc=120 and (ab+bc+ca)=74, then the value of a3+b3+c3=? |
A. | 405 |
B. | 450 |
C. | 401 |
D. | 403 |
Answer» B. 450 | |
123. |
(x+2y) (x2 + 4y2 2xy) equal to- |
A. | $$5x^3 +8y^3$$ |
B. | $$x^3 +5y^3$$ |
C. | $$x^3 +8y^3$$ |
D. | $$2x^3 +3y^3$$ |
Answer» D. $$2x^3 +3y^3$$ | |