In the temperature range between 0 ° C and 700 ° C the resistance R [in ohms Ω ] of a certain platinum resistance thermometer is given by R = 10 + 0.04124 T − 1.779 × 10 − 5 T 2 where T is the temperature in degrees Celsius. Where in the interval from 0 ° C and 700 ° C is the resistance of the thermometer most sensitive and least sensitive to temperature changes?
In the temperature range between 0 ° C and 700 ° C the resistance R [in ohms Ω ] of a certain platinum resistance thermometer is given by R = 10 + 0.04124 T − 1.779 × 10 − 5 T 2 where T is the temperature in degrees Celsius. Where in the interval from 0 ° C and 700 ° C is the resistance of the thermometer most sensitive and least sensitive to temperature changes?
In the temperature range between
0
°
C
and
700
°
C
the resistance
R
[in ohms
Ω
] of a certain platinum resistance thermometer is given by
R
=
10
+
0.04124
T
−
1.779
×
10
−
5
T
2
where
T
is the temperature in degrees Celsius. Where in the interval from
0
°
C
and
700
°
C
is the resistance of the thermometer most sensitive and least sensitive to temperature changes?
Find a parameterization for a circle of radius 4 with center (-4,-6,-3) in a plane parallel to the yz plane.
Write your parameterization so the y component includes a positive cosine.
~
exp(10). A
3. Claim number per policy is modelled by Poisson(A) with A
sample x of N = 100 policies presents an average = 4 claims per policy.
(i) Compute an a priory estimate of numbers of claims per policy.
[2 Marks]
(ii) Determine the posterior distribution of A. Give your argument.
[5 Marks]
(iii) Compute an a posteriori estimate of numbers of claims per policy.
[3 Marks]
2. The size of a claim is modelled by F(a, λ) with a fixed a
a maximum likelihood estimate of A given a sample x with a sample mean
x = 11
=
121. Give
[5 Marks]
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