In a SCFG, each production of a non-terminal symbol has an associated – McqOptions

MCQOPTIONS

1.	In a SCFG, each production of a non-terminal symbol has an associated probability for giving rise to the resulting product, and there are a set of productions, each giving a different result.
A.	True
B.	False
C.	May be True or False
D.	Can't say
Answer» B. False

Discussion

No Comment Found

Related MCQs

In a SCFG, each production of a non-terminal symbol has an associated probability for giving rise to the resulting product, and there are a set of productions, each giving a different result.
A type of RNA secondary structure prediction method takes into account conserved patterns of base-pairing that are conserved during evolution of a given class of RNA molecules.
______ regions in sequences, such as those in RNA that will form secondary structures, are an example of such context-free sequences.
Through a single scoring matrix, evaluation of all the different possible configurations is done.
____ wobble pairs may be produced in these double-stranded regions.
A limitation of the Zuker method and other methods (Nakaya et al. 1995) for computing suboptimal RNA structures is that they do not compute all the structures within a given energy range of the minimum free-energy structure.
Nussinov and Jacobson (1980) were the first to design a precise and efficient algorithm for predicting secondary structure.
Originally, the FOLD program of _____ predicted _____ having the minimum free energy.
The third assumption in predicting RNA secondary structure is that the structure is assumed to be formed by _____ of the chain back on itself in a manner that ________
One of the first methods used to find tRNA genes was to search for sequences that are complementary and can fold into a knot like the three found in tRNAs.