RBI Grade B 18 Dec 2011

Instructions

What will come in place of the question mark (?) in the following questions ?

RBI Grade B 18 Dec 2011 - Question 111


$$[(3024 \div 189)^{\frac{1}{2}} + (684 \div 19)^{2}] = (?)^{2}+ 459$$

RBI Grade B 18 Dec 2011 - Question 112


4.4 times of 5/16 of 30% of 216 = ?

RBI Grade B 18 Dec 2011 - Question 113


$$(0.0729 \div 0.1)^{3}\div (0.081 \times 10)^{5}$$ $$\times (0.3 \times 3)^{5}=(0.9)^{?+3}$$

RBI Grade B 18 Dec 2011 - Question 114


$$(\sqrt{?\%}of\sqrt{1464}\times5)=149.8-112$$

RBI Grade B 18 Dec 2011 - Question 115


$$(27)^{2} \times 6 \div 9 + (7)^{3} + 71 = (?)^{3} - 431$$

Instructions

In the following questions three equations numbered I, II and III are given.
You have to solve all the equations either together or separately, or two together and one
separately, or by any other method and Give answer
a: x< y=z
b: x ≤ y < z
c: x < y > z
d: x = y > z
e: x = y = z or if none of the above relationship is established

RBI Grade B 18 Dec 2011 - Question 116


I. 7x+ 6y+ 4z= 122
II. 4x + 5y + 3z = 88
III. 9x + 2y + z = 78

RBI Grade B 18 Dec 2011 - Question 117


I. 7x+ 6y=110
II. 4x + 3y = 59
III. x+ z= 15

RBI Grade B 18 Dec 2011 - Question 118


I. $$x=\sqrt{[(36)^{\frac{1}{2}}\times(1296)^{\frac{1}{4}}}]$$
II. $$2y + 3z = 33$$
III. $$6y + 5z = 71$$

RBI Grade B 18 Dec 2011 - Question 119


I. 8x+ 7y = 135
II. 5x + 6y = 99
III. 9y + 8z = 121

RBI Grade B 18 Dec 2011 - Question 120


I. $$(x+ y)^{3} = 1331$$
II. $$x-y+z= 0$$
III. $$xy = 28$$

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