Answer:
h>27
Step-by-step explanation:
process of elimination on numbers I'm assuming this is not requiring decimals
4 sizes and 3 toppings, 2 sizes and 6 toppings, 3 sizes and 4 toppings
In binary tree there are
n ancestor at level n.
Proof :
Take P(0): At node level
0, it has no ancestors since this is a roo tnode.
Take P(1): At node level
1, it has one ancestor. The ancestor is the root, its parents which is at level
0.
Take P(K): A node level
K it has K ancestors. Its parent is at level K – 1.
Take P(K+1): At node K +
1 level have more than one ancestor than that of node at k level.
<span>Thus there are n ancestor
at level n in binary tree.</span>
Vertical asymptotes appear at any n*pi with n as some integer
in your case x=-1*pi (the others are fractions not integers), so the first option
Answer:
c. start fraction 5 over 6 end fraction
Step-by-step explanation:
there are six numbers on a cube
1, 2, 3, 4, 5, 6
there are 5 other numbers other than 6
5/6
5 = other than 6
6 = total numbers