Answer:
- This type of fraud is check tampering
- It amounts to 20.1% of fraud cases in small businesses, and 8.4% of fraud in large businesses
- This type of fraud can be prevented by rotating employees that handle check issuance to vendors, review of budget versus actual expenditure, monitoring of audit trail to see if beneficiary was changed, daily statement download for reconciliation, and restriction of functions for example a employee that issues checks should not also reconcile bank statement.
Explanation:
Check tampering is a very common fraud that involves changing the beneficiary of a valid check so that funds can be diverted.
In the given scenario the accounts payable clerk was able to change checks to his name in order to divert $10,000. This was only discovered by chance when an employee noticed the change in name.
Various internal control measures can be taken to prevent this and they are listed above
Reverse logistics is the process by which businesses handle the return of consumer items for recycling or because they are defective.
Supply chain management that sends goods back from buyers to sellers or producers is known as reverse logistics. Reverse logistics are needed for procedures like returns or recycling after a customer receives a product. Reverse logistics begin at the customer and work their way backward through the supply chain to the producer or the distributor. Reverse logistics can also refer to procedures where the customer is in charge of the product's final disposal, such as recycling, refurbishing, or resale.
To learn more about Reverse Logistics here
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Economics conditions, political stability and balance of payments 3
They can do what they want they are millionaire athletes that have a fanbase not saying its right by any means.
Answer:
The required cycle time for this assembly line is 2 minutes. The rigtht answer is c.
Explanation:
Acording to the data, we have the following:
Daily operating time= factory operates 1000 minutes per day
Scheduled output=make 500 El-More dolls per day
Therefore, to calculate the required cycle time for this assembly line we have to use the following formula:
Cycle time = daily operating time divided by the scheduled output
= 1000 / 500 = 2 minutes
The required cycle time for this assembly line is 2 minutes.
