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For example, in the equation , the = is used to tell Mathcad that the value of the expression on the left side needs to equal the value of the expression on the right side. Thus, the Mathcad solver can be employed to find a value for the variable ‘t’ that satisfies this relationship. The ‘=’ (bold equals) is used when the Mathcad function solver was used to find the value of a variable in the equation.For example, in the statement, L := 1234, the variable ‘L’ is assigned (i.e., set equal to) the value of 1234. The ‘:=’ (colon-equals) is an assignment operator, that is, the value of the variable or expression on the left side of ‘:=’is set equal to the value of the expression on the right side. The differences between these equals sign notations are explained as follows. You will notice the equals sign being used in three different contexts, and Mathcad uses three different notations to distinguish between each of these contexts. The most common Mathcad specific notations in these solutions relate to the equals sign. Most of these notation conventions are self-explanatory or easily understood. You will notice several notation conventions that you may not be familiar with if you are not a Mathcad user. The solutions to the fourth edition of Principles of Highway Engineering and Traffic Analysis were prepared with the Mathcad1 software program.
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Solution Manual Principles of Highway Engineering and Traffic Analysis, 4eįred L. Solutions Manual Principles of Highway Engineering & Traffic Analysis
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