You use division in problems when you want to break some total amount of stuff into equal shares. After setting up the division problem, though, the best course of action for solving the equation is usually to get rid of the division operation. Do this by multiplying each term in the equation by some common denominator then solve the simpler equation that s been created. [Pg.180]

A typical TASTE evaporator in use in a citrus plant is shown in Figure 2. The Coca-Cola Company Foods Division operates three... [Pg.235]

On your calculator, first enter the number on top (the numerator) and then divide by the number on the bottom (the denominator). Division operators are not commutative (i.e., a 4- b b 4- a), so the order in which you enter the numbers is critically important. On the other hand, multiplication and division are associative, so you can regroup fractions multiplied by a quantity. For example ... [Pg.4]

Division signs (4-) are rarely used in the sciences. Usually, a division operation is signaled by a fractional notation. Just think of the horizontal bar as the division sign. For example, if x divided by 15 equals 180, what does x equal ... [Pg.4]

Sometimes the variable is in the denominator. Since anything in the denominator denotes the division operation, you can undo the division by multiplying, which is the inverse operation. For example ... [Pg.4]

To solve this equation for °C, we need to remove the addition term (32), the multiplication factor (9), and the division factor (5). Remember that, since the 5 is below the division (or fraction) bar, it is included in the equation by a division operation. We have to start with clearing the addition operation ... [Pg.5]

Apply these rules according to the algebraic hierarchy of calculations (consider symbols of enclosure first, then multiplication/division operations and lastly addition/subtraction operations). [Pg.14]

Usually it is not worthwhile to generate an ALU that does an addition and a multiplication. Multiplication and division operators are typically shared amongst themselves. When sharing with other operators, the following possibilities exist ... [Pg.160]

Hint Treat their division like two separate division operations, 7 3.5 and 10 " 10. BUT,... [Pg.213]

In 1941, astrologer Marc Edmund Jones (a Libran) identified seven planetary patterns which, like hemispheric division, operate without regard to specific signs and planets. Ever since then, students of astrology have been exploring the meaning of those patterns. Here they are ... [Pg.199]

When discussing significant figures earlier, we stated that the relative uncertainty in the answer to a multiplication or division operation could be no better than the relative uncertainty in the operator that had the poorest relative uncertainty. Also, the absolute uncertainty in the answer of an addition or subtraction could be no better than the absolute uncertainty in the number with the largest absolute uncertainty. Without specific knowledge of the uncertainties, we assumed an uncertainty of at least 1 in the last digit of each number. [Pg.82]

Because the Thomas algorithm can be applied to the block tridiagonal structure (15-67) of (15-70), submatrices of partial derivatives are computed only as needed. The solution of (15-65) follows the scheme in Section 15.3, given by 15-13) to (15-18) and represented in Fig. 15.4, where matrices and vectors A), Bj, C/,-Fy, and AX,- correspond to variables A By, Cy, Dy, and x, respectively. However, the simple multiplication and division operations in Section 15.3 are changed to matrix multiplication and inversion, respectively. The steps are as follows... [Pg.313]

The. / is a special element by element division operation that tells MATLAB to carry the division operation for each temperature value. [Pg.427]

We will first use the MATLAB matrk left division operator to solve this problem. The operator solves the problem usii the Gauss elimination. We then solve the problem using the inv command. [Pg.449]

In a divisional structure, each business operates as a self-contained business unit, each division possesses a full array of support services, although some services such as engineering and telecommunications are provided on a company-wide basis. For example, each has self-contained accounting, sales and personnel departments. Each division operates as a profit centre, making it much easier for corporate headquarters staff to monitor and evaluate each division s activities. [Pg.102]

The WSRC quality assurance program is implemented within the Reactor Division on a graded basis as described in the WSRC PoUcy Manual (WSRC-l-Ol) (Ref. 6-17), "WSRC QuaHty Assurance Management Plan" (Ref 6-S8) and the WSRC (Quality Assurance Manual (WSRC IQ) (Ref. 6-28). Activities affecting quality, safety, and/or reliability of Reactor Division operations, products, and services are performed in accor ce with documented and approved procedures appropriate for the tasks to be perfoimed. Procedures are used to ensure that quality assurance requirements are planned and systemadcally implemented as part of the performance of the activity. The quality assurance program provides for the indoctrination and training of personnel, as necessary, to ensure that suitable proficiency is achieved and maintained tef 6-35). [Pg.110]

On the East Coast of the United States, Columbia University s Lamont-Doherty Earth Observatory also has a long tradition of earthquake research. Besides performing observational studies in the field, scientists in the seismology, geology, and tectonophysics division operate the Lamont-Doherty Cooperative Seismograph Network and also contribute to research for the Center for Hazards and Risk at Columbia s Earth Institute. [Pg.547]

There was some justice in Marriott s comments. The quantity of chemical supply was very small, but perhaps precisely for that reason, chemical materials tended to be lost when handled by another service. But Marriott was not to be relieved of his supply burden if anything, it increased. USASOS did offer some help. The Distribution Division, USASOS, had been created in January specifically to handle Sixth Army s most vexing problems—transportation and distribution policy. The veteran CWS supply manager, Maj. Arthur H. Williams, Jr., moved into the position of Chemical Officer, Distribution Division. The Distribution Division operated as a field element of USASOS and it moved forward ahead of the main echelons. The USASOS commander, Maj. Gen. John L. Frink, also redefined the duties of USASOS Advance and Intermediate Sections. Effective i March 1944, Advance Section became a transportation and handling agency and Intermediate Section took over the command of all forward bases and the supervision of supply policy. Since the Distribution Division soon moved into Intermediate Section, the Sixth Army Chemical Section at last had... [Pg.264]

See also in sourсe #XX -- [ Pg.54 ]

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