Q3. &nbsp

Q3. [5+5]

	Which items load onto which factors? Can you name them based on the items that load onto them? (150 words) Rotated Factor Matrix
		Factor
	Items	1	2	3	4	5
	The appearance of the physical facility	.695	-.054	.153	.119	.193
	Communication material	.823	-.012	.096	.045	-.002
	Ability to perform the promised services	.052	.193	.718	.210	-.023
	Willingness to help customers	.270	-.013	.052	.232	.586
	Knowledge and courtesy of employees	.018	.769	-.046	.187	.005
	Ability to convey trust and confidence	-.028	.678	.035	.024	.090
	Caring	.172	.160	.215	.604	.155
	Ability to accurately accomplish	.174	.009	.640	.107	.127
	Provide prompt services	.170	-.210	.188	-.044	.720
	Individual attention to customer	.249	.093	.200	.638	.298
Extraction Method: Principal Axis Factoring. Rotation Method: Varimax with Kaiser Normalization.

You are required to interpret the given output.

Expert Solution

jeff jeffy answered 2 years ago

Q3 (a) Figure Q3 (a) shows a cantilever beam which is carry a load P at...

Q3 (a) Figure Q3 (a) shows a cantilever beam which is carry a load P at point C. (i) Sketch the deflection curve of the beam. (ii) Derive the bending moment deflection, slope deflection and deflection equation at b-b using Double Integration Method. (iii) Calculate the maximum deflection. Given: L= 10 m, a= 3m, P= 25 kN. EI is constant (b) Figure Q3 (b) shows a solid steel spindle AB that has a diameter ??=38 mm. The allowable shearing stress...

Lower limit = Q1 – 1.5Å~IQR Upper limit = Q3 + 1.5Å~IQR IQR = Q3 −...

Lower limit = Q1 – 1.5Å~IQR Upper limit = Q3 + 1.5Å~IQR IQR = Q3 − Q1 1. The manager of a local fast-food chain wants to improve the service provided to customers who use the drive-up window. As a first step in this process, the manager records how long it takes from the time the customer first enters the drive-in window until they are served their food at the final window. Below are the times (in minutes) for the...

A branching pipe connects two storage tanks as shown in Figure Q3 below. Figure Q3 (a)...

A branching pipe connects two storage tanks as shown in Figure Q3 below. Figure Q3 (a) Write down the continuity equation as it applies to flows in the pipes 1, 2 and 3. [1 mark] (b) Write down the energy equation in terms of energy heads at A and at B and quantities relating to flow in the pipes in between. [2 marks] (c) What can be said about the energy loss in pipe 2 relative to that in pipe...

Suppose a company's revenue function is given by R(q)=−q3+320q2R(q)=-q3+320q2 and its cost function is given by...

Suppose a company's revenue function is given by R(q)=−q3+320q2R(q)=-q3+320q2 and its cost function is given by C(q)=290+20qC(q)=290+20q, where qq is hundreds of units sold/produced, while R(q)R(q) and C(q)C(q) are in total dollars of revenue and cost, respectively. A) Find a simplified expression for the marginal profit function. (Be sure to use the proper variable in your answer.) MP(q)=MP(q)= B) How many items (in hundreds) need to be sold to maximize profits? (Round your answer to two decimal places.)

Q3 - Significant Events Impact on Audit Risk components

Q3) A) If the price elasticity of supply is zero, a tax on suppliers will raise...

Q3) A) If the price elasticity of supply is zero, a tax on suppliers will raise the market price. Is this true or false? Explain your answer. B) An individual consumes two goods and her preferences satisfy non-satiation. It follows that at least one of the two goods must be a normal good. Is this true or false? Explain your answer.

Q3 : Now suppose the government (NOT the CB) wants to stabilise the shock in the...

Q3 : Now suppose the government (NOT the CB) wants to stabilise the shock in the short-run. Explain whether it should increase the government deficit (∆G > ∆T ) or reduce it (∆G < ∆T ), and how it works. Q4 : Now suppose the government doesn’t do anything, and the CB wants to stabilise the shock. If the CB wants to bring output Y back to its long-run equilibrium level, explain whether it should decrease or increase the money...

Q3: A market is represented by Q = 640 – 5P and Q = 3P –...

Q3: A market is represented by Q = 640 – 5P and Q = 3P – 216 where Q is the quantity of the product measured in tonnes and P is the price of the product measured in dollars/tonne. Graphs are useful for the following questions. a) What does the supply value of the 33rd tonne of the product in this market equal? Show clearly how you arrived at your answer. If Fulton has to figure out how you...

JAVA * create Q3 class to implement comparator for a TreeSet. The purpose of ...

JAVA * create Q3 class to implement comparator for a TreeSet. The purpose of * the comparator is to compare the alphabetic order of integers. With Q3, * the order of Integer elements will be sort according to the order of * digit Unicode. * For example, the value of {11,3,31,2} will return {11,2,3,31} * NOTE: You don't need to compare each digit one by one. Just compare them System.out.println("Q3...

Q3 In an attempt to curb the use of illegal drugs, such as marijuana or cocaine,...

Q3 In an attempt to curb the use of illegal drugs, such as marijuana or cocaine, or the use of harmful legal substances, such as tobacco, governments can use two basic options: (i) decreasing demand through public education and (ii) decreasing supply through legal restrictions or taxes. Explain how each type of policy reduces quantity in affected markets? What is the result on the price as seen by consumers for each type of policy? Which of these two types of...

Question