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The rationalizing factor of \sqrt{23} is $°$ $Options^{°}$ $0$ A 24 23 C \sqrt{23} D None of these

Solve. $4p^{2}-4p=1$ $O\left(1+sqr2\right)/2,\left(1.sqrt2\right)/2$ $O$ $\left(4+-sqrt32\right)/8$ $O$ $\left(4+.4sqr2\right)/8$ $0$ Prime

$x$ $45^{°}$ $6$ Find $x$ $O6$ $\square 6sq\pi \left(2\right)$ sqrt $\left(2\right)$ $○12sq$ $○3s$ sqrt $\left(2\right)$

$2\right)$ Which of the following is rational no. * $○$ $s9rt\left(25\right)$ $○$ $s9rt\left(101\right)$ $○$ O $s9r+\left(152\right)$

If $\left(f\left($ $t\right)\right)=F\left(s\right)=11\left(\left(s+1\right)^{n}$ $\left(3/2\right)\right)$ then find $f\left(t\right)$ $○$ O $2e^{n}$ $\left(t\right)$ sqrt $\left(+/\pi \right)$ $○$ $e^{n}\left(1\right)$ sqrt $\left(11\pi \right)$ $○$ O $2e^{n}\left(-t\right)$ sqrt $\left(t1\pi \right)$ $○$ O $2e^{n}\left(t\right)$ $s9r$ $\left(11\pi \right)$

Find the Modulus of $\left(-i-$ $2$ points $9rt\left(3\right)\right)^{x}$ $1+s9r+\left(3\right)$ $○\right)$ $2$ $○$ $3$ $○$ $-2$