2.1Literature on the current issues of the chosen organization/company’s industry 2.1.1 Background of your chosen company Mention about the chosen company and the industry of your chosen company – 4-5 lines. 2.1.2 The current issues of your chosen company’s industry You can use bullet points to identify each issue and explain it (each point) in detail. *** The issues must be relevant to marketing communications. 2.2Literature on best marketing communications practices Review the Literature on best marketing communications practices (e.g. effective marketing communication strategies) that have been/are/were successfully implemented by the industry of your chosen company’s industry. Feel free to use bullet points/create subheadings. 2.3Key marketing communications concepts, theories and/or models Review key marketing communications concepts, theories and/or models that are relevant and/or can be applicable to the case project/organization You’re required to review SWOT Analysis, and other marketing communications concepts, theories and/or models. 2.4 Summary Summarise sections 2.1-2.3: the length should be 5-10% of the total word count Feel free to use bullet points/create subheadings. References3.1 Outline/overview of the research methodology Discuss about primary and secondary data and mention that the secondary data will be used in this research – the reasons of this selection is NOT required to explain.) 3.2 Case organisation description, background and context Describe the case organisation, its background, and industry 3.3 Review current Strategic Marketing Communications Plan of case organisation or strategic goals as defined by interviewing key managers and/or theorganisation’s annual report (or other reports e.g. media release, sustainability report), Marketing Communications audits or other source documents 3.4 Use SWOT analysis to analyse the chosen case project/organisation 3.5 Other observations (if applicable) 3.6 Summary

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2. (12.5 points).?= {a,b,#} L = {s#t:s,t?{a,b}+, andsis a substring oft}. As examples,ba#ba?L;abab??L;bb#aaaabba?L;bb#aaa??L. Use the CFL pumping theorem to prove that L??CFLs, following these guidelines carefully.

• Start by expressingwin terms of k, the pumping length, and the symbols inS. The other requirements are thatw?L, and |w|=k.

• For all possible values ofvandy, generatew’fromwby pumping in or out, and convince me that w’??L. If you pump in, state how many times.

• Never propose literal values forw,v,y, |w|, |v|, |y|, or k. For example, statements like “let k =3” are not allowed, and you cannot assume that |v| = 1.

• Formulas foru,x, andz, the non-pumpable parts ofw, are rarely useful. Do not use them in this proof.

• End with a conclusion convincing me that your proof shows that L??CFLs.

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2.8 &Vector components for a crane-boom. (Section 1.4) Shown right is a crane whose cab A supports a boom B that swings a wrecking ball Co i Jare right-handed orthogonal unit vectors with i horizontally-right, j vertically- upward, and k perpendicular to the plane con- taining points Ng. Ap. Be.Co Draw each position vector listed below and then use your knowledge of sine/cosine to re- solve these vectors into i and j components. A’s position vector fromm N AN Be’s position vector from Ap Re/Ap- C,’s position vector from Bee Be’s position vector from N, FRI N,’s position vector from C FN 2.9 Dot products and distance calculations. Show work (Section 2.10) Shown right is a crane whose cab A sup- ports a boom B that swings a wrecking ball Co. To prevent the wrecking ball from hitting a car at point No. the distance be- tween No and the tip of the boom (point y Be) must be controlled. To start this problem, express Bc’s posi- tion vector from No in terms of x. LB, and the unit vectors n, and b (a) Without resolving f Be/No into n, and n, components (done in the next step), use equation (2.4) and the distributive property to calculate the distance between No and Be in terms of z. Ln 0n· Then calculate its numerical value when r-20 m, LB-10 m. ?? = Result: (If necessary, conuplete the footnote hint below) Distance betweeu N, and Be: FBeN – 29.1 nm (b) Two colleagues are confused by your use of mized-bases vectors (ie,.i + Lgb,), and ask you to verify B’s position vector from No can be expressed in the uniform-basis as shown below. Use this uniform-basis expression to verify your previous result for jehe/N Note: This inelicient uniform-basis approach requires the simplifying trigosometric ileatity sin(0a) + co(0a)-1. Result: rBe/x,-Ir +11, cos(0B)]h, +Ly sin(@p)i, lise / N.1 sinpasm to previous msull. (c) Optional: Calculate the distance between No and Co in ternus of r, Lp, Lc. 0B. and 8c Hist: Use the distributive property to express FDe/N. Fe/N in terms of a. Lm, and i. b, Next, “se the dot-product definition in equatica’ (22) to calculate u..6. “ and theu rewrite Note The ditribeative property for vector dus-multiplication b(6+6) (+d)-aead+bebd 167 Homework 2 Vertrs with as

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2. A coil connected across a 120 V, 60 Hz line draws a current of 5A.A Wattmeter placed in the circuit indicates 525 Watts. Calculate (a) Ps, (b) PqL

 

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