now? —concerns the ins and outs of the company’s present situation — its market standing‚ how appealing its products or services are to customers‚ the competitive pressures it confronts‚ its strengths and weaknesses‚ and its current performance — Where do we want to go? — deals with the direction in which management believes the company should be headed in terms of growing the business and strengthening the company’s market standing and financial performance in the years ahead — How will we get there
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Download the original attachment Executive Summary General Electric (GE) is a global market leader which is well known for its technological innovation‚ leadership and world class quality in the conglomerate industry. For the purpose of analysing strategic management in action‚ this report focuses on its Aircraft Engines (hereinafter referred to as “AE”) and Medical Systems (hereinafter referred to as “MS”) business units – a subset of its ‘Technology’ segment. Its macro-forces (sluggish economy
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1 ELECTRIC MOTORS I. Introduction Electric motors are considered to be important mechanical devices. They usually convert the electrical energy coming from the mechanical device into its kinetic energy to make it work (Petingco and Resurreccion‚ 2011). In this exercise‚ the students were tasked to use an example of an electric motor‚ identify its parts‚ and make it work. All electrical motors are equipped with stator and rotor. Stator is known as the stationary part of an electric motor
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Bases of Power According to Robbins & Judge (2007) power is defined as the “capacity that A has to influence the behavior of B so B can act with A’s wishes.” There are five bases of power that are divided into two groups according to Robbins & Judge (2007). Formal Power The first group in the power in the power bases is formal. Formal power is based on the position held in organization (Robbins & Judge (2007). Formal Power is divided into three power bases: coercive power‚ reward power
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Lincoln Electric How would you describe Lincoln’s approach to the organization and motivation of their employee? I believe their motivation and organization is very one sided. I feel like their motivation is solely monetary based. Their compensation policy motivates workers by paying them based on output but also fosters complacency as they are guaranteed employment. They provide personal feedback based on a merit score but only positive high ranking numbers are rewarded‚ there are no consequences
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uniform E + + + + + + electric U = Fy = q0Ey a F=Eq0 E Wab = Fd = q0Ed d b ya yb ‒ ‒ ‒ ‒ ‒ ‒ = ‒ ΔU = ‒ (Ub ‒ Ua) F does positive work‚ U decreases positive charge moving in the opposite direction of uniform E + + + + + + electric U = Fy = q0Ey b Wab = Fd = q0Ed d E yb a ya F=Eq0 ‒ ‒ ‒ ‒ = ‒ ΔU = ‒ (Ub ‒ Ua) ‒ ‒ F does negative work‚ U increases negative charge moving in the direction of uniform E + + + + + + electric F=Eq0 U = Fy = q0Ey a Wab
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MILITARY BASES Military bases are strongholds composed of combined Filipino and American forces which were formed during the Japanese Occupation in the Philippines (WWII) PANGASIWAANG ROXAS ~Military bases agreement & other military-centered stuff happened when Manuel Roxas was president Task: ibangon ang bansa na nalugmok dahil sa digmaan 2 layunin: 1. pagpalaki ng produksyon 2. pagbangon ng mga industriyang pinansala noong digmaan patakaran upang isagawa ito ay ang pakikipagtulungan
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| 0 | 0 | 0 | Volume NaOH used (ml) | 30.6 | 30.2 | 30.0 | | | | | Acid to Base Ratio | 0.87 | 0.86 | 0.86 | Average acid/base ratio | 0.86 | | | | | Base to Acid Ratio | 1.14 | 1.16 | 1.17 | Average base/acid Ratio | 1.16 | Name: Jared Philip Condez Date Performed: June 28‚ July 2 & 5‚ 2013 Partner: Shiela Mae Molina Date Submitted: July 12‚ 2013 Experiment 3 ACID – BASE TITRATION I. Objectives * Determine the purity of Potassium Acid Phthalate
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Experiment 4: ACIDS AND BASES: PH Measurements and Macroscale Titration CHM023L – A12 Group no. 6 Members: | Contributions: | | Conclusion | | Recommendation | | Tables and figures with analysis | | Principles‚ Equation | | Abstract‚ tables | Date Performed: February 28‚ 2012 - Tuesday Date Submitted: March 6‚ 2012 - Tuesday Submitted to: ------------------------------------------------- ABSTRACT: This experiment introduces us the pH measurement and application of macroscale titration
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point charge q2 = 5.1 μC is located along the x-axis at a distance x2 = 9.3 cm from q1. 1) What is F12‚x‚ the value of the x-component of the force that q1 exerts on q2? -18.57 N For all of these problems we want to make use of the standard electric force equation: ̂ So for this problem with K=9*109 Nm2/C2‚ Q1=-3.5μC‚ Q2=5.1 μC‚ and r=9.3 cm we get F=-18.57 N. It’s important to realize that getting a negative force value means the charges attract. The direction of that attraction is determined
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