**Scalars**, Vectors and Tensors A **scalar** isaphysicalquantitythatitrepresentedbyadimensionalnum ber at a particular point in space and time. Examples are hydrostatic pres

SOURCE AREAS FOR **SCALARS** AND **SCALAR** FLUXES H. P. SCHMID Division of Climate Research, Dept. of Geogfaphy, Swiss Federal Institute of Technology, Z~rich, Switzerland (Received in final form 6 May, 1993) Abstract.

Lab 2 Vectors and **Scalars** (Force and System of Pulleys) Goals: We will investigate the vector nature of forces. We will also study a system of pulleys.

**Scalars** • We often employ a single number to represent quantities that we use in our daily lives such as weight, height etc. • The magnitude of this number depends on our age and whether we use metric or imperial units.

8/21/2008 2 3-2 Addition of Vectors -Graphical Methods If the motion is in two dimensions, the situation is somewhat more complicated. Here, the actual travel paths are at right angles to one another; we can find the displacement by using the Pythagorean Theorem . 3-2 Addition of Vectors ...

Prof. Vojin G. Oklobdzija ISSCC'97 Tutorial slide 33 Super-**Scalars**: Handling of a Branch Classical challenge in computer design: In a machine that executes several instructions per cycle the effect of Branch delay is magnified.

**Scalars** and Vectors In physics, we are primarily concerned with two kinds of physical quantities: **scalars** and vectors. • A **scalar** is a quantity that has a magnitude in some physical units

1 2. **SCALARS**, VECTORS, TENSORS, AND DYADS This section is a review of the properties of **scalars**, vectors, and tensors. We also introduce the concept of a dyad, which is useful in MHD.

Activity 8 Vectors and **Scalars** . Rctivitq 8 Vectors and **Scalars**. GOALS . In this activity you will: • Describe instances in which two cars will have the same

FEBUI is written in FORTRAN 77 using double precision space address for arrays and **scalars**