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3 years ago

If one wants to increase the capacity of short-term memory, more items can be held through the process of ________.

Business

1 answer:

UNO [17]3 years ago

5 0

Answer:

Chunking

Explanation:

If one wants to increase the capacity of short-term memory, more items can be held through the process of Chunking. This term refers to grouping many pieces of similar information into a larger piece of information. Allowing you to just need to remember the larger units, which would give you access to the smaller components that are related to it. Thus increasing your short-term memory capacity.

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The Dogwood Technology Company managerial accountant computes the May total variance report. The budgeted fixed overhead was $ 4

Jobisdone [24]

Answer:

$750 favorable ; $200 unfavorable

Explanation:

The computations are shown below:

For fixed overhead budget variance:

= Budgeted fixed overhead - actual fixed overhead

= $47,420 - $46,670

= $750 favorable

For fixed overhead volume variance:

= Budgeted fixed overhead - standard fixed overhead cost allocated to production

= $47,420 - $47,220

= $200 unfavorable

Hence we consider all the given information

8 0

3 years ago

Which of these phrases is a call to action?

Gemiola [76]

D -it's trying to get you to call so it's a call to action

5 0

3 years ago

Which of the following dose not apply to field

Natasha2012 [34]

Answer:

there are no options there ....

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7 0

3 years ago

Read 2 more answers

A sample consensus formula for fluid replacement recommends that a balanced salt solution be administered in the first 24 hours

sp2606 [1]

Answer:

A 176-lb (80-kg) man with a 30% burn should receive a minimum of 2,400 ml of fluid replacement in the first 8 hours

The answer is option b. 2,400 ml

Explanation:

Step 1: Determine total minimum ml per percentage of burn

Minimum ml per kg=2 ml

The man is 80 kg

Total minimum ml to be administered per percentage of burn=minimum ml per kg×weight of the man

replacing;

Total minimum ml to be administered= 2×80=160 ml per percentage

Step 2: Determine total minimum ml in the first 24 hours

This can be expressed as;

Total minimum ml to be administered=Total minimum ml to be administered per percentage of burn×percentage of burn

where;

Total minimum ml to be administered per percentage of burn=160 ml per percentage of burn

percentage of burn=30%

replacing;

Total minimum ml to be administered in the first 24 hours=160×30=4,800 ml

Step 2: Determine total minimum ml in the first 8 hours

total minimum ml to be administered in the first 8 hours=50%×4,800

(50/100)×4,800=2,400 ml

A 176-lb (80-kg) man with a 30% burn should receive a minimum of 2,400 ml of fluid replacement in the first 8 hours

6 0

3 years ago

The standard cost of product 777 includes 2.9 units of direct materials at $6.8 per unit. During August, the company bought 29,2

Olegator [25]

Answer:

Total Material Variance = $1,636 Favorable

Material Price Variance = $2,920 Unfavorable

Material Quantity Variance = $4,556 Favorable

Explanation:

Total Material Variance = Standard Cost - Actual Cost

Standard Cost = Standard units $\times$ Standard Price

Standard Units = 10,300 $\times$ 2.9 = 29,870 units

Standard cost = 29,870 $\times$ $6.8 = $203,116

Actual Cost = 29,200 $\times$ $6.90 = $201,480

Total Material Variance = $203,116 - $201,480 = $1,636 Favorable

Material Price Variance = (Standard Rate - Actual Rate) $\times$ Actual Units

= ($6.8 - $6.9) $\times$ 29,200 = - $2,920 Unfavorable

Material Quantity Variance = ( Standard Units - Actual Units) $\times$ Standard Price

= (29,870 - 29,200) $\times$ $6.8

= $4,556 Favorable

Final Answer

Total Material Variance = $1,636 Favorable

Material Price Variance = $2,920 Unfavorable

Material Quantity Variance = $4,556 Favorable

8 0

3 years ago