Answer: B
Step-by-step explanation:
Genes have three regions, the promoter, coding region, and termination sequence.
Newton's law of cooling states that under forced convection (which is assumed to be true), then
dT(t)/dt = -k(T(t)-Ta)..............(1)
T(t)=temperature
Ta=ambient temperature=40F
k=cooling constant = 0.1947
T(0)=98.6F (assuming victim did not have fever)
Integrate (1)
T(t)-Ta=(T(t)-T(0))e^(-kt)
Solve for t
(T(t)-Ta)/(T(t)-T(0)) = e^(-kt)
take log:
-kt=log_e((T(t)-Ta)/(T(t)-T(0)))
substitute T(t)=80F, Ta=40F,T(0)=98.6F
-kt=log_e((80-40)/(98.6-40))=-0.38186
t=0.38186/0.1947
=1.96, or almost 2 hours (assuming k=0.1947 is in hours)
Answer:
A unidimensional analysis of whether or not a significant difference exists between observed number of frequencies and expected number of frequencies is referred to as
Answer:
If y=x-?, it'd have to be something like y=X-(1-10) etc.
Step-by-step explanation:
I don't think you're giving us enough, but that should be what it is, try to associate that with the full problem or format.
