The phrase "a normal multiplication" is correct and usable in written English.
It can be used when referring to a standard multiplication operation in mathematics or a typical multiplication process in a given context.
Example: "In this problem, we will perform a normal multiplication of the two numbers to find the product."
Alternatives: "standard multiplication" or "regular multiplication".
Clearly, (C_{r}[a, b]) is a linear space with the normal multiplication and addition.
Deletion of both Pf fikk7.1 and Pf fikk12 in the FCR3 strain demonstrates that they are not crucial for parasite replication in vitro, and since the transgenic parasite lines show normal multiplication rates they are probably not involved in the invasion process.
([31]) Given a monic set S with trivial multiplication compositions, take a normal s -word ( a s b ) and a special normal s -word [ a s b ] with the same leading monomial w = a s ¯ b.
These might contribute to the protection of infected cells against intrinsic or extrinsic apoptosis, which is induced in the course of a normal immune reaction to prevent uncontrolled multiplication of activated lymphocytes (reviewed by [28]).
This paper presents the design of a new multiplier architecture for normal integer multiplication of positive and negative numbers as well as for multiplication in finite fields of order 2n.
Gives reason for Mr. A's multiplication.
In this work the flow of two linked transgenes, EPSPs (conferring resistance to glyphosate) and gus genes of sugar beets, toward the ruderal beets in greenhouse conditions, in an open field (1 ha) and in normal seed multiplication conditions for sugar beet were studied.
It is clear that cancer cells must be present in a normal-sized node in order for their multiplication to lead to an enlarged lymph node.
where denotes the operation which is similar to the normal matrix multiplication, except that each element in ℛ is determined by (13).
Then, we can rewrite (9) as: mathrm{mathcal{R}}=mathbf{X} circ mathrm{mathcal{H}}+mathcal{N} (11 where denotes the operation which is similar to the normal matrix multiplication, except that each element in ( mathcal{R} ) is determined by (9).
