Sujin's organizing strategy should be answering all the questions the employees are likely to have in the email, as stated in option A and explained below.
<h3>How should Sujin organize her email?</h3>
Since employees might end up having doubts and questions about the new work schedule and the salary increase, Sujin should try her best to predict, so to speak, those questions and address them in the email.
By using such an organizing strategy, Sujin will be able to convey the necessary information while avoiding being flooded with responses filled with questions.
With the information above in mind, we can choose option A as the correct answer.
The missing answer choices for this question are the following:
- She should answer all the questions the employees are likely to have in the email.
- She should end the email by giving importance to the message and not the employees.
- She should place the good news at the end of the message and the bad news in the middle of the message.
- She should not present the bad news in a positive way, as it might confuse the employees.
Learn more about writing emails here:
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Answer:
Downward communication
Explanation:
She is a higher up in the club, and conveys information to the rest of the club members, who don't have as much of an important position. Her job is to move information given to her to the rest of the members.
<h3>
Answer :</h3>
<em>Less than</em>
(If a business has a negative cash flow, the revenue must be less than operating expenses.)
Parametric estimation is a techniques that uses a statistical relationship to calculate cost or duration based on historical data and other project parameters
Parametric estimation is a quantitative method (statisitical relationship) used to estimate the project cost, resources, and duration based on historical data and other project parameters.
Parametric estimation models are used when:
- There is precedent
- The model is a unit hence can be scaled up
- The parameters required are easily quantifiable
While the other options of this question is incorrect because:
b. grass roots estimating
Cost estimation done by the individuals who will be performing the task being estimated.
c. empirical estimating
Estimation method in which the data is obtained using empirical formulas. It is usually based on an amalgamation of historical data, assumptions, guesses, and personal experience.
d. analogous estimating
Also called top-down estimating, this is a technique that involves comparing previous projects, personal experiences and cursory cross-referencing observed costs to estimate time resources required. This technique is most useful in the absence of quantifiable data.
You can learn more about project estimation at
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Answer:
a) 0.667
b) Yes
Explanation:
Data provided in the question:
Mean = 0.04 chip
Standard deviation, s = 0.003 chip
Lower Specification Limit, LSL = 0.034
Upper Specification Limit, USL = 0.046
Now,
a) Capability Index = ( USL - LSL ) ÷ ( 6 × s )
or
Capability Index = ( 0.046 - 0.034 ) ÷ ( 6 × 0.003 )
= 0.667
b) Cpk = min( [( USL - Mean) ÷ ( 3s ) , ( Mean - LSL) ÷ ( 3s ))
or
Cpk = min( ( 0.046 - 0.04) ÷ (3 × 0.003 ), ( 0.04 - 0.034 ) ÷ ( 3 × 0.003 ))
or
Cpk = min( ( 0.046 - 0.04) ÷ (3 × 0.003 ), ( 0.04 - 0.034 ) ÷ ( 3 × 0.003 ))
or
Cpk = min( 0.667, 0.667 )
Therefore,
Cpk = 0.667
as Cp and Cpk are equal
Hence, it is ideal condition and process is capable
