Is this going to be one of the modules that conteibutes to your AFM A*? I'm fairly happy with FP1 and M3 so I just need to get a mid-B on this and a mid-D on any two others and I'm sorted... ah the joys of A* criteria
Is this going to be one of the modules that conteibutes to your AFM A*? I'm fairly happy with FP1 and M3 so I just need to get a mid-B on this and a mid-D on any two others and I'm sorted... ah the joys of A* criteria
Yep, So basically i need 350/400 in M3-5 S3 cause then im gna put S1-3 and M3-5 in AFM which gives the A*. Then D1-2 in normal maths so i only need 80/200 or something and 5 ums in S4 which i will put FM.
Is this going to be one of the modules that conteibutes to your AFM A*? I'm fairly happy with FP1 and M3 so I just need to get a mid-B on this and a mid-D on any two others and I'm sorted... ah the joys of A* criteria
We need to work out 2a+3, clearly, so equivalently we need to find a. However, in (b) you just found an unbiased estimator for a based on the mean of the observations. Hopefully you can see how you can use the data they give you from there.
No I mean calculating CI for pop. mean with s within the standard error as opposed sigma. if n is large then sample variance = sample pop, so I'm asking that could the s instead of sigma be used in a CI for pop mean?