Step-by-step explanation:
1) 339.1
2) 615.4
3) 401.9
4) 2210.6
5) 2769.5
all you need to do is see if the numbers (after decimal) right after is bigger or smaller that 5. If it is greater that 5, then you add 1 to the number before it. (Ex: round 17.26 to nearest tenth, 17.3) if it is smaller then 5, it stays the same, you just take off the other number. (Ex: round 17.21 to nearest tenth, 17.2) harder to explain than I thought it would
Answer:
Step-by-step explanation:
a.) The worst-case height of an AVL tree or red-black tree with 100,000 entries is 2 log 100, 000.
b.) A (2, 4) tree storing these same number of entries would have a worst-case height of log 100, 000.
c.) A red-black tree with 100,000 entries is 2 log 100, 000
d.) The worst-case height of T is 100,000.
e.) A binary search tree storing such a set would have a worst-case height of 100,000.
Answer:
If i'm thinking correctly, the correct answer should be G.
Step-by-step explanation:
No because to get to 42 from 7 you multiply by 6 so you multiply 11 by 6 and that does not equal 60 so no. also you can cross multiply and get 420=462 which is not true