Facial expressions aid in all of the following EXCEPT?

The ________ technique fits situations where more recent events carry greater influence. a. dynamic forecasting b. moving averag

zheka24 [161]

Answer: a. Dynamic forecasting

Explanation:

Dynamic forecasting has to do with when the forecasted value or the predicted value of the dependent variable that us lagged in a research is used rather than using the actual value.

The dynamic forecasting technique fits situations where more recent events carry greater influence.

4 0

3 years ago

A personnel director at a large company studied the eating habits of employees by watching the movements of a selected group of

alekssr [168]

Answer: blocking for gender

Explanation: Blocking refers to a experimental research procedure which involves splitting experimental variables into separate units. This speration is performed in other to avoid bias or effect this separately identified varibales may bring into our experiment if not tested separately. The blocks may be referred to as known categories upon which variables in an experiment may be divided such that treatment is applied to independently to the separate blocks or experimental unit. In the scenario above, the personnel director is blocking for gender by splitting the variables or participants based on gender.

3 0

3 years ago

When auditing, the IRS typically selects which type of return?

madreJ [45]

Those who have the most deductions

6 0

3 years ago

Determine the value-added, non-value-added, and total lead times, and the value-added ratio under the present and proposed produ

AleksAgata [21]

Answer:

Hello some parts of your question is missing attached below is the missing part

Answer : value added times : 30 minutes , 30 minutes

non-value added times: 1210 minutes, 130 minutes

Total lead times : 1240 minutes, 160 minutes

value added time as a ratio: 2.4%, 18.8%

Explanation:

Given data:

production batch sizes = 40 units

process step 1 = 6 minutes

process step 2 = 10 minutes

process step 3 = 6 minutes

process step 4 = 8 minutes

Determining : The value added, non-value added , total lead times and value added ratio under the present and proposed production approaches

UNDER PRESENT PRODUCTION APPROACH

Th value added time:

= summation of all process times = (6+10+6+8) = 30 minutes

Non-value added time:

= Value added time *(Batch size -1) + move time between each step

= 30*39+8*5

= 1170 +40 = 1210 minutes

total lead time :

= value added time + non-value added time

= 30 + 1210 = 1240 minutes

value added time as a percentage/ratio

(value added time / total lead time) * 100

= 30 / 1240 * 100 = 2.4%

UNDER PROPOSED PRODUCTION APPROACH

value added time :

= summation of all process times = (6+10+6+8) = 30 minutes

Non-value added time :

= Value added time *(Batch size -1) + time between each step

= 30*4+2*5 = 120 + 10 = 130 mins

total lead time :

= value added time + non-value added time = 30 +130 = 160 mins

value added time as a percentage/ratio:

(value added time / total lead time ) * 100

= (30 / 160) * 100 = 18.8%

3 0

4 years ago

Tina's aquarium has a capacity of 40 gallons of water she plans to stock her aquarium with 0.25 inches of fish per quart of Capa

fomenos

Answer:

The number of mollies will be 20

Explanation:

Capacity of aquarium is 40 gallons

and

1 gallon = 4 quart

Therefore, 40 gallons will be:

40 gallons = 4 × 40

= 160 quart

Now, As per question,

0.25 inches of fish need 1 quart capacity

1 quart = 0.25 inches fish

So,

160 quart capacity will be:

= 0.25 × 160

= 40 inches fishes

And the size of mollies fish is 2 inches

The, the number of mollies fish will be:

Number of mollies = Total size of fish / Size of mollies fish

= 40 / 2

= 20

Therefore, the number of mollies will be 20.

7 0

3 years ago