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The solution of the equation $x^{2}=3$ is possible in the set of
NETNUST Entry TestMathematicsNumber System
Any real number can be written in the form of a
NETNUST Entry TestMathematicsNumber System
For all $a, b, c \: \epsilon \: R \: a+c=b+c\Rightarrow a=b$ The name of this property is
NETNUST Entry TestMathematicsNumber System
For all $a, b, c\: \epsilon \:R$ and $a=b\Rightarrow a+b=b+c$ The name of this property is
NETNUST Entry TestMathematicsNumber System
For all $a,b\: \epsilon \: R$ and $a=b\Rightarrow b=a$ this property is called
NETNUST Entry TestMathematicsNumber System
For all $b,c\: \epsilon\: R$ and $a=b\Rightarrow ac=bc\:\wedge \:ca=c(b)$ this property is called
NETNUST Entry TestMathematicsNumber System
If $a, b, b \:\epsilon \: R$ and $a=b\:\wedge b=c \Rightarrow a=c$ this property is called
NETNUST Entry TestMathematicsNumber System
If a is element of R, and a=a this property is called
NETNUST Entry TestMathematicsNumber System
For any $a\:\epsilon\:R$
NETNUST Entry TestMathematicsNumber System
If a
NETNUST Entry TestMathematicsNumber System
IF 0
NETNUST Entry TestMathematicsNumber System
If a
NETNUST Entry TestMathematicsNumber System
If a0 then
NETNUST Entry TestMathematicsNumber System
If $a\leq b$ and $b\leq a$ then
NETNUST Entry TestMathematicsNumber System
If a
NETNUST Entry TestMathematicsNumber System
If $\frac{4+16x}{4}=0$ then x=
NETNUST Entry TestMathematicsNumber System
Which of the following, has closure property w.r.t addition
NETNUST Entry TestMathematicsNumber System
24 can be written as a product of
NETNUST Entry TestMathematicsNumber System
Any whole number can be written as a product of factors which are
NETNUST Entry TestMathematicsNumber System
14 is not a
NETNUST Entry TestMathematicsNumber System
if P is a whole number greater than 1, which has only P and I are factors. Then P is called
NETNUST Entry TestMathematicsNumber System
The set of positive integers, 0 and negative integers is known as the set of
NETNUST Entry TestMathematicsNumber System
For any two real numbers x and y, $x\div y$ is equal to
NETNUST Entry TestMathematicsNumber System
$\sqrt{2}+(\sqrt{3}+\sqrt{5})=(\sqrt{2}+\sqrt{3})+\sqrt{5}$ this property is called
NETNUST Entry TestMathematicsNumber System
3.5+5.4=5.4+3.5=8.9 this property of addition is called
NETNUST Entry TestMathematicsNumber System