I'm taking actuarial/economics, but I think the first year for all actuarial students (single or double degrees) is the same.
You're suppose to enrol in ACTL1101, ECON1101, MATH1151, FINS1613.
take a look at this link (scroll down to actuarial)...
Bro you're asking a lot of questions on the same stuff.
I think it's better if you go back and practise more basic questions and consolidate your foundation. There is no point in us giving you the solutions if you don't understand the concepts.
I've fully hacked my laptop before because I knew the BIOS password so I could change pretty much any settings using a usb boot disk. Then DET took our laptops in to re-image it and they changed the BIOS password in the process...
Can't get full admin now.
I made a windows bat file that'll let a specific folder run exe, but I don't have full admin privileges...
So I don't think I can install. But if I installed it on a full admin computer and then copied the whole folder across, then it should work.
I can run the exe, but after I click agree with terms and conditions and "next"
"The system cannot find the path specified." pops up
when I click "OK",
"Error Executing the Specified Program "setup.exe"" pops up
when I click "OK" again,
"Unable to execute the specified command line!" pops up...
Teachers don't even have them.
Cambridge is suppose to be a challenge so don't worry if you're stuck on the questions.
If you get stuck, all you can do is sit there and use logic to figure it out or you can ask your teacher. But it's usually better if you figure it out by yourself because you...
Yes there are triple angle formulas but you are not expected to remember them. However, questions can be asked for you to derive triple angle formulas.
Now, I'm assuming these questions are only asking for solutions 0 < x < 360..
Question 8.
cos(x/2) = 1
cos0 = 1,
therefore x/2 = 0,
x = 0...
Wow thanks....you guys are good. How did you guys think of using the double angle formula on cosX? How do I think like that?
Anyway, I'm stuck on another question.
Prove the identity
(1 - tanXtan2X) / (1 + tanXtan2X) = 4cos^2(X) - 3