We have the formula tan(a+b)= (tana+tanb): (1-tana x tanb)
And now we have a=80, b=70 and
(tan80+tan70): (1-tan80 x tan70)= tan(80+70)= tan150
If you write 70 for 70°, we have tan150°=1/√3
Merry Christmas
Answer:
6 i think..
Step-by-step explanation:
Answer:
Step-by-step explanation:
<em>See attached.</em>
The intersection of the lines is the solution.
<u>Approximate values of the coordinates is:</u>
- (2, 3.5) or (2, 3) if integer values are required
First: 14
Second:t
Since X=14 plug it in
14-9=5
So your looking for greatest # of goodie bags A: So in this equation you are wanting to find the GCF of the numbers which I came up with is 9 36 divided by 9= 4 Then 54 divided by 9 = 6 You do this so now you can have the same number of bags for each number which would only make sense. So we are going to have 9 bags and in one bag will carry 4 tickets and 6 posters. Hope I explained this good enough and it helps :-)