Questions LLC
Login
or
Sign Up
Ask a New Question
Science
Physics
Given: 22 Hz, lambda of 22.2 m, v=.................m/s
1 answer
Isn't v = wavelength x frequency?
You can
ask a new question
or
answer this question
.
Similar Questions
The prior \lambda is distributed according to \textsf{Exp}(a) (a > 0). Write the probability distribution function \pi (\lambda
Top answer:
If a is used as an outermost multiplier in the expression, it may still be ignored if the parameter
Read more.
Suppose we have the improper prior \pi (\lambda ) \propto e^{-a\lambda }, \lambda \in \mathbb {R} (and a \geq 0). Conditional on
Top answer:
To compute the posterior distribution, we can use Bayes' theorem: \pi(\lambda | X_1, X_2, \ldots ,
Read more.
Recall that the exponential distribution with parameter \lambda is given by the pdf by
\displaystyle \displaystyle f_\lambda (y)
Top answer:
T(y) = y η(θ) = -1/θ B(θ) = 0 If h(y) is replaced by h̃(y) = C, then the new B̃(θ) can be
Read more.
The lifetime (in thousands of hours) X of a light bulb has pdf
g(x)= \lambda e^{-\lambda x}, \hspace{3mm} x\geq 0 for some
Top answer:
To find the asymptotic variance of the maximum likelihood estimator (MLE) of lambda, we need to use
Read more.
Based on your understanding of the Poisson process, determine the numerical values of a and b in the following expression.
Integr
Top answer:
To determine the values of a and b in the given expression, let's break down the problem
Read more.
A long thin rod lies along the x-axis from the origin to x=L, with L= 0.830 m. The mass per unit length, lambda (in kg/m) varies
Top answer:
it is not .415 m because the rod is not uniform the function for lambda is a 3rd order equation
Read more.
The lifetime (in thousands of hours) X of a light bulb has pdf g(x)= \lambda e^{-\lambda x}, \hspace{3mm} x\geq 0 for some
Top answer:
To find the expected value of X, we can use the formula: E[X] = ∫ x * g(x) dx Plugging in the
Read more.
\, \lambda \sim \textsf{Exp}(\alpha ) \, for some \, \alpha >0 \, and conditional on \, \lambda \,, \, X_1,\ldots ,X_
Top answer:
Since we have a conjugate prior, the exponential distribution, for the likelihood, the posterior
Read more.
I don't understand though why you can make w/mlambda I thought it was the otherway around? (in regards to this
w/N sinTheta= m
Top answer:
I think I figured it out, you just switch the N and the mlambda, correct?
Read more.
The lifetime (in thousands of hours) X of a light bulb has pdf
g(x)= \lambda e^{-\lambda x}, \hspace{3mm} x\geq 0 for some
Top answer:
The likelihood ratio test statistic is given by: T_{n}^{\text {LR}} =
Read more.
Related Questions
13. Exercise: Convergence in probability:
a) Suppose that Xn is an exponential random variable with parameter lambda = n. Does
E=hc/lambda
How would I rearrange this to be able to solve for the other variables (c or lambda)??????? Please and thank you.
Two similar waves are traveling through the same medium. Wave A has a frequency that is 3 times that of wave B.
How do their
Two similar waves are traveling through the same medium. Wave A has a frequency that is 3 times that of wave B.
How do their
The Distribution of Likelihood Ratio test statistics
Wilk's Theorem states that when the sample size is large, the distribution
Now, suppose that we instead have the proper prior \pi (\lambda ) \sim \textsf{Exp}(a) (a > 0). Again, just as in part (b):
Normalization constant for the Poisson distribution
The probability mass function (pmf) of a Poisson distribution with parameter
Find a 2*2 matrix with lambda=1 and lambda=2
The mass of a golf ball is 45.9g. If it leaves the tee with a speed of 72.0 m/s, what is its corresponding wavelength?
Express
If the frequency of oscillation of the wave emitted by an FM radio station is 89.8 MHz, determine the wave's wavelength.
This is