Example LHHW Problem

Aug 17, 2012

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Example LHHW Problem.

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Example LHHW Problem

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Example LHHW Problem

Example (Transportation Problem)

Example (Transportation Problem). A company has two plants producing a certain product that is to be shipped to three distribution centers. The unit production costs are the same at the two plants, and the shipping cost per unit is shown below. Distribution Center. Plant.

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Example Problem

Example Problem. A particle with charge +2 nC (1 nanoCoulomb =10 -9 C) is located at the origi n. What is the electric field due to this particle at a location <-0.2,-0.2,-0.2> m ?. Solution: Distance and direction :. m. Example Problem. 2. The magnitude of the electric field :.

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Example Problem

Example Problem. Example Problem. Determining Interface Temperatures. The temperatures at the interfaces can be found entirely from the resistances. A B C. q. Determining Interface Temperatures. This can also be used for combined convection / conduction.

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Titration Example Problem

Titration Example Problem. Suppose that 10.0g of an unknown monoprotic weak acid, HA, is dissolved in 100 mL of water. To reach the equivalence point, 100.0mL of 0.10 M NaOH was used. After the addition of 50.0 mL, the pH of the solution was found to be 4.00. .

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Josephus Problem - Example

Use slideshow mode for animation. Josephus Problem - Example. M=2, N=5. Initial state:. Round 1. Round 2. X. 0. 0. 0. 0. 4. 1. 4. 1. 4. 1. 4. 1. X. X. 3. 2. 3. 2. X. 3. 2. 3. 2. Person removed so far: {2, 0, . Use slideshow mode for animation.

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Session #7: Example Problem - Economics

HSM Roadway Safety Management Process. Session #7: Example Problem - Economics. HSM Exercise II & III – Economical Appraisal Process & Prioritizing Projects. Learning Outcomes:. Apply the Economic Appraisal Process to a Safety Countermeasure

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Example Problem: Weak Base

Example Problem: Weak Base. Calculate the pH of a 0.005M solution of Ammonia. 0.005 M ------- 0 M 0 M . I C E. -x ------- +x +x . 0.005-x ------- +x +x . K b =1.8x10 -5 =. Assumption check:.

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EXAMPLE PROBLEM 7-1

EXAMPLE PROBLEM 7-1. A steel shaft is used to transmit torque from a motor to Operating units in a factory. The torque is input at gear B (see fig) and is removed at gears A,C,Dand E.

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Example Problem: Weak Acid

Example Problem: Weak Acid. Formic acid (HCO 2 H) was isolated by the destructive distillation of ants. (Latin for ants= formi ). If a 0.100 M solution of formic acid is isolated, what is the pH? . I C E. 10 -7 M. 0 M. 2.00x10 -7 M. -x +x +x .

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EXAMPLE: Problem 5.5

EXAMPLE: Problem 5.5. O. C. 0.1. t. n. . t/n. y. nu. u. y. nu. u. y. nu. u. EXAMPLE: Problem 5.5. O. C. 0.1. -0.2. t. n. . t/n. y. nu. u. y. nu. u. y. nu. u. EXAMPLE: Problem 5.5. O. C. 0.1. -0.2. t. n. 1. . t/n. y. nu. u. y. nu. u.

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PROBLEM SOLVING EXAMPLE

PROBLEM SOLVING EXAMPLE. Maria Dworzecka. Linear charge density – Examples. y. P. r. dq= l dx. h. x. We know:. x. a. What is ?. (A). (B). (C). (D). (E).

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Example Problem

Example Problem. A company is considering the purchase of a new piece of testing equipment that is expected to produce $8,000 additional income during the first year of operation. This amount will decrease by $500 per year for each subsequent year of ownership.

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Example Problem (difficult!)

Example Problem (difficult!).

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EXAMPLE PROBLEM 2-1

EXAMPLE PROBLEM 2-1. The compression member shown in fig consists of solid aluminum bar A, which has an outside diameter

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EXAMPLE PROBLEM 378

EXAMPLE PROBLEM 378. Temple, Texas April 19-21, 2005. TRAINING OBJECTIVES. Be able to flood route a 378 pond. AUX. SPLWY. PERM, POOL. INLET CHANNEL. CREST AUX. TOP DAM. EXIT CHANNEL. TAILWATER ELEV. TOP DAM. DESIGN FLOW (SDH). CREST AUX. FBH. SDH. PSH.

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Example of Digital Problem

Example of Digital Problem. ð To build a logic circuit of an Alarm System at the office (with one door and one window) that will ring if the door or window is/are opened after working hours. ð Followings are the steps that are to be taken to build a logical circuit. Problem Determination

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Example Problem #1.38

Example Problem #1.38. For components of C , we have: C x = (3.1 km)(cos45 o ) = 2.2 km C y = (3.1 km)(sin45 o ) = 2.2 km. 3.1 km. C y. R. R y. 45 o. q. C x. R x. Components of total displacement R are thus:

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Example problem 1-1

A flat steel bar has axial load applied at points A,B,C and D as shown in fig if the bar has a cross-sectional area of 3 in 2 determine the axial stress in the bar. (a) on a cross section 20 in . To the right of point A . (b) on a cross section 20 in.to the right of point B.

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Example Problem

Example Problem.

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Example Problem: TBE

Example Problem: TBE. Determine the enthalpy change that accompanies the reaction below. Use the method of average bond dissociation energies to determine the answer 4 x 414 + 0.5 x 498 = 1905 kJ/mol for bonds broken (this always costs energy, +ve sign)

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Example Problem

Example Problem. The velocity of air in the diverging pipe is given by V 1 = 4 t ft /s and V 2 = 2 t ft /s, where t is in seconds. Determine the local acceleration at points (1) and (2). Is the average convective acceleration between these two points negative, zero, or positive? Explain.

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Example Cache Coherence Problem

u. = ?. u. = ?. u. = 7. 5. 4. 3. 1. 2. u. u. u. :5. :5. :5. Example Cache Coherence Problem. Processors see different values for u after event 3 With write back caches, value written back to memory depends on which cache flushes or writes back value

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