<span>Using variables helps determine different factors that either positively or negatively effect experiment results. Using a control, something that does not change, allows scientists to change around the variables and monitor their effects on the control.</span>
Answer: by keeping regular backup of collected data in case of data loss.
Explanation:
Platforms often store personal data subject to security clauses in data protection regulations such as GDPR or the Data Protection Act.
It should be noted that when this type of sensitive data is hosted on a platform, an organization account for these considerations by keeping regular backup of the data collected. This is essential in a situation where there's data loss so that the day can be gotten from the backup.
Answer: the correct answer is a. Machine B
Explanation:
Machine A average rate return
40000 out of 300000. It means that 300000 is 100% and $ 40000 is X. We apply a simple three rule:
40000 X X= 4000000/300000
300000 100% X= 13.33%
Machine B average rate return
50000 out of 250000. It means that 250000 is 100% and $ 50000 is X. We apply a simple three rule:
50000 X X= 5000000/250000
250000 100% X= 20%
Machine C average rate return
$75,000 out of $500,000. It means that $500,000 is 1005 and $75,000 is X. We apply a simple three rule
$75,000 X X=7500000/500000
$500,000 100% X= 15%
The highest average is the one onf Machine B
Answer:
$3,500
Explanation:
Under variable costing method, product costs are calculated on variable manufacturing costs only.
Step 1 : Determine unit Product Cost
Product Cost = Variable Manufacturing Costs
= $ 35
Step 2 : Determine the units in Inventory
Units in Inventory = Opening Stock + Production - Sales
= 0 + 7,210 - 7,110
= 100 units
Step 3 : Determine Inventory value
Inventory value = Units x Cost per unit
= 100 units x $ 35
= $3,500
Conclusion :
the ending inventory of finished goods under variable costing would be: $3,500
Answer:
Shows the output that is produced using different combinations of inputs combined with existing technology
Explanation:
The production function is an <u>expression that links the different amount of inptuts used in the production process and the final output obtained with each combination of inputs, with a given tehcnology.</u>
As an example, if a economy produces only popcorn, a production function would be an expression that shows hou much popcorn that economy can produce with different combinations of corn and sugar, with a given technology.
