Revolution Now!
Welcome,
Guest
. Please
login
or
register
.
Have you missed your
activation email
?
1 Hour
1 Day
1 Week
1 Month
Forever
Login with username, password and session length.
News:
New servers, hooraaaay! More bandwidth, more power.
Home
Help
Calendar
Login
Register
IGCSE/GCSE/O & A Level/IB/University Student Forum
»
Qualification
»
GCE AS & A2 Level
»
Subject Doubts
»
Math
»
Radians
« previous
next »
Print
Pages:
1
[
2
]
Go Down
Author
Topic: Radians (Read 2317 times)
Alpha
Guest
Re: Radians
«
Reply #15 on:
February 01, 2010, 02:49:04 pm »
I'm not sure now... Will have to check...
By tomorrow I give you..? Hopefully... Have to go now...
«
Last Edit: February 01, 2010, 02:55:49 pm by Cleo~patra
»
Logged
astarmathsandphysics
SF Overlord
Posts: 11271
Reputation: 65534
Gender:
Free the exam papers!
Re: Radians
«
Reply #16 on:
February 01, 2010, 02:54:56 pm »
Will have to do this when I get home.
Logged
Alpha
Guest
Re: Radians
«
Reply #17 on:
February 01, 2010, 02:56:42 pm »
By graphical method..? can try
Logged
nid404
Guest
Re: Radians
«
Reply #18 on:
February 01, 2010, 03:04:02 pm »
Quote from: Cleo~patra on February 01, 2010, 02:56:42 pm
By graphical method..? can try
Graphical? I don't think it should be required...the question doesn't ask for it to be done graphically
Logged
astarmathsandphysics
SF Overlord
Posts: 11271
Reputation: 65534
Gender:
Free the exam papers!
Re: Radians
«
Reply #19 on:
February 01, 2010, 03:38:27 pm »
Sign change method is best. When I get home
Logged
Alpha
Guest
Re: Radians
«
Reply #20 on:
February 01, 2010, 04:28:08 pm »
3x= 4 sin x.
You can draw y = 3x and y= 4 sin x.
In case don't find any other way, you can try it.
Sign change method...?
Logged
astarmathsandphysics
SF Overlord
Posts: 11271
Reputation: 65534
Gender:
Free the exam papers!
Re: Radians
«
Reply #21 on:
February 01, 2010, 10:09:40 pm »
x 3x-sinx
1 -0.37
1.05 -0.32
1.1 -0.26
1.15 -0.2
1.2 -0.13
1.25 -0.05
1.3 0.05
1.35 0.15
1.4 0.26
1.45 0.38
1.5 0.51
1.55 0.65
sign change between x=1.2 and 1,43 rads x=1.25 is too small sox=1.3 to 1 dp
Logged
nid404
Guest
Re: Radians
«
Reply #22 on:
February 02, 2010, 10:38:02 am »
Thanks
but could you also show it the other way(tabulation)...it would help me in the future
Logged
astarmathsandphysics
SF Overlord
Posts: 11271
Reputation: 65534
Gender:
Free the exam papers!
Re: Radians
«
Reply #23 on:
February 02, 2010, 10:41:14 am »
That is the tabulation method
Logged
Print
Pages:
1
[
2
]
Go Up
« previous
next »
IGCSE/GCSE/O & A Level/IB/University Student Forum
»
Qualification
»
GCE AS & A2 Level
»
Subject Doubts
»
Math
»
Radians