Answer:
An activity-based approach refines a costing system by focusing on individual activities as the fundamental cost objects. It uses the cost of these activities as the basis for assigning cost objects such as products or services.
Explanation:
This is a costing system that works by allocating costs to different cost items based on the activity level of these items. This as opposed to traditional costing methods, assigns indirect or overhead cost to products or services less arbitrarily through identifying products or services with most activity or less activity and allocating costs to them based on this measurement.
If you estimated the length of the bottom line perfectly on every trial, the error percentage for each trial would be (A) 0%
If one makes an accurate calculation of how long the bottom life will last, the percentage of error will likewise be zero.
This is further explained below.
<h3>What is
the percentage of error?</h3>
Generally, The difference that exists between an exact value and an estimate of that value is referred to as the approximation error in a data value.
Both an absolute mistake and a relative error are viable ways to describe this particular issue.
In conclusion, If you were able to predict the length of the bottom line with absolute precision on each and every try, the error percentage for each and every try would be (A) 0%.
If one makes an accurate calculation of how long the bottom life will last, the percentage of error will likewise be zero.
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complete question
If you estimated the length of the bottom line perfectly on every trial, what would the error percentage be for each trial?. 0% 100% 50% 10%
Answer:Natural selection
Explanation:Natural selection is a concept based on Darwin's theory of evolution, according to this theory organisms who can best adapt to their ever changing environment are likely to survive and pass their strong genetic characters to the next generation. Those organism that finds it hard to adapt get eliminated and their characteristics dies out .
This is the reason we see an increased population of 4.1mm average wingspan mosquitoes whilst initially the population had 6.5 mm average wingspan.
"Small size enables greater chances of survival facing these predators"
