Taking th power of both sides of (4.3) and combining (4.6), we obtain (4.7).
"I took by th' throat the circumcised dog," he says.
She first started in 1924 when she took over th job of furnishing clubrooms in the proper antique style.
To compute RLH we multiplied these likelihoods together and took n th root of the likelihood, where n is the total number of choices the respondent made.
and the cool confusion of "The ones the th-th-th-th-th-th-th-th-th-th-th", to take a typical line from Einstein, are, you could say, light years apart.
In the figure, we take μ th S = − 2, − 8, and − 18 dB, respectively.
and taking the th power on both sides of (29), we have.
By taking the th power on both sides of (3.29) and using the elementary inequality, where are nonnegative reals, and also noticing (3.26) and, we get (3.30).
This shows that ( α t r + 1 − α ) s ≤ ( α t s + 1 − α ) r. Now, if we put t = x y in the above inequality, we get ( α x r + ( 1 − α ) y r ) s ≤ ( α x s + ( 1 − α ) y s ) r. Therefore, we can deduce the right side of (6) by taking rs th root.
Proof Taking v th derivative of the operator T χ a, N ( P n, N ( x ) ), with respect to x, we obtain the following higher-order partial differential equation: ∂ v ∂ x v T χ a, N ( P n, N ( x ) ) = ∑ k = 0 a − 1 χ a, N ( k ) ∂ v ∂ x v P n, N ( x + k a ).
