0
You visited us 0 times! Enjoying our articles? Unlock Full Access!
Question

In the figure shows a hexagon \( A B C D \) is a trapezium and \( A D = A E \) \( B A D A \) \( 4 k + 2 \) \( c \Delta x ^ { 0 } \) \( 4 x _ { 1 } ^ { 0 } \) 9 \( \frac { 1 } { 2 } n ( t + 1 ) \) \( \begin{array} { l l l l } { 4 K } & { \text { Find the value of } ^ { 6 } x ^ { 2 } } & { } & { 4 ^ { 2 } } \\ { } & { \text { Find } } & { 30 ^ { 0 } } & { 2 . } & { 40 ^ { 0 } } & { 3 . } & { 60 ^ { 0 } } & { 4 . } & { 50 } \end{array} \)

Solution
Verified by Toppr



Was this answer helpful?
0
Similar Questions
Q1
A random variable X has the following probability distribution:
X01234567P(X)0k2k2k3kk22k27k2+k
Then value of k is:
View Solution
Q2
1. Find the values of k for which the following equations have real and equal roots:
(i) x22(k+1)x+k2=0 (ii) k2x22(2k1)x+4=0 (iii) (k+1)x22(k1)x+1=0 (iv) x2+k(2x+k1)+2=0
2. Find the values of k for which the following equations have real roots:
(i) 2x2+kx+3=0 (ii) x24kx+k=0 (iii) kx(x3)+9=0
(iv) kx(x2)+6=0 (v) kx(x25)+10=0 (vi) 4x2+kx+3=0
View Solution
Q3
Microtubular arrangement in cilia and flagella is __(i)__ whereas in centriole microtubular arrangement is __(ii)__. Here, (i) and (ii) are

(i)(ii)19 + 89 + 329 + 09 + 239 + 79 + 449 + 29 + 0
View Solution
Q4
Let Sn=nl=1(l4+l3n+l2n2+2n4n5) andTn=n1l=0(l4+l3n+l2n2+2n4n5),(n=1,2,3,...)then
View Solution
Q5
Match the following.
[.] denotes the greatest integer function.
column ICollumn IIP.11[x+[x+[x]]]dx1.3Q.52([x]+[x])dx2.5R.31sgn(x[x])dx3.4S.25π40(tan6(x[x])+tan4(x[x]))dx4.3

PQRS(A)2314(B)1432(C)1234(D)3421
View Solution