Answer:
Height = 5
Minimum number of vertices in a binary tree
whose height is h.
So, there must be At least one node at each of first h levels.
Minimum number of vertices = h
So, Minimum number of vertices of height 5 is 5
The maximum number of nodes in a binary tree of height h =
Substitute h = 5
The maximum number of nodes in a binary tree of height 5 =
The maximum number of nodes in a binary tree of height 5 = 63
So, the maximum number of vertices in a binary tree with height 5 is 63
<span>Reshawn
is buying 3 books in a trilogy set for $24.81.
He will save $6.69 by buying the trilogy set instead of buying individual
books.
Each book costs the same amount
Let’s find out how much does each of the
3 books cost when purchased individually.
=> 3 books costs = 24.81 dollar in which he saved 6.69 dollar compare to
buying individual.
=> 24.81 + 6.69 = 31.5 dollars
=> 31.5 dollars / 3 = 10.5 dollars = the individual price of the books.
</span>
A constant is a number that stays the same no matter what any outside variables are. In this case, the variables are the number of hours of the event and the number of attendees. However, it states in the problem that the event will be 5 hours so that becomes known; the only thing that might change is the number of attendees so you can eliminate any cost that will be affected by that. You are left with Facility Rental, Musical Entertainment, and Cleaning Fee. Furthermore, you can be sure that Musical Entertainment and Cleaning Fee must be included in the constant because they are described as "flat rates", which means they do not change.
The answer is D) It is the total cost for entertainment, facility rental, and cleaning.
Hope this helps!
The model to use here is y = k/x.
If g =18 when r = 4, then 18 = k/4. Solving for k, k = 72.
Then g = 72/r. If r = 6, g = 72/6 = 12 (answer)
There is a 26 percent chance of picking one since there are only 2 colors black and red