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what is thease value 6

!called?how the 6!=540

Q.191. Find the missing number, if the same rule is applied in all the three figures.

(a) 132

(b) 262

(c) 274

(d) 320

How to type mathas symbols in ask Question

_{2+4}+ y^{2}^{+e *8}/2xcf=123456%&<>{}()^ ""what is ~ representing

1. (p or s) biconditional(q and r)

2. ~(p and ~r) and (~q or s).

?

Q. $p\leftrightarrow q$

$\mathbf{10}\mathbf{.}\underset{x\to 0}{\mathrm{lim}}\frac{\mathrm{sin}\left(\mathrm{\pi}{\mathrm{cos}}^{2}\mathrm{x}\right)}{{x}^{2}}=?$

The patient aged 20 years, was having fever for more than a week. CBC done platelets found 43000 then next day 60000 reached

to 97000. Patient was diagnosed as having Dengue, dicharged from the Hospital when platelets were 97000. is this ok or he should wait until it improves to normal rate of 150000 or more. patient got weak and not afebrile now. please advise

Q8. If $\overline{){\mathrm{e}}_{1}},\overline{){\mathrm{e}}_{2}}$ and $\overline{){\mathrm{e}}_{1}}-\overline{){\mathrm{e}}_{2}}$ are unit vectors, then angle between $\overline{){\mathrm{e}}_{1}}\mathrm{and}\overline{){\mathrm{e}}_{2}}$ is _________

(A) $\frac{\mathrm{\pi}}{3}$ (B) $\frac{\mathrm{\pi}}{6}$ (C) $\frac{\mathrm{\pi}}{4}$ (D) $\frac{\mathrm{\pi}}{2}$

Q9. The disjunction pv $~$q is false only when ___________

(A) both p and q are false (B) p is true and q is false

(C) p is false and q is true (D) both p and q are true

I want to know businesscombination of mathematics find the value of R if 18cr=18r+2

If P and Q are true and R is false^{2}(~p ν~r) Λ (~q v p) Λ (r Λ q)

199. Select the Venn diagram which satisfies the following criteria :

"Some men are teachers,

All mothers are teachers"

$ifstatementpqaretruerisfalsethenfindtruthvalueoffollowing\phantom{\rule{0ex}{0ex}}statementspatterns\phantom{\rule{0ex}{0ex}}1)~p\leftrightarrow (~q\wedge r\left)\phantom{\rule{0ex}{0ex}}2\right)p\vee (~q\leftrightarrow -r)\phantom{\rule{0ex}{0ex}}3)\vee q\wedge (p\to q)$

$\left(3\right)Findthedomainofthefuntionf\left(x\right)=\mathrm{log}\frac{1}{\left|\mathrm{sin}x\right|};$

"if a sequence is bounded then it is congruent"

Q. Which of the given compound statements is logically equivalent to $~$pv$~$q?

Optional

(A) $~$p^q

(B) $~$p$\vee $q

(C) p^q

(D) p$\vee $q

(6) Simplify `the following switching circuit involving two switches by using the properties of statement pattern and draw the simplified form of the switching circuits.