Understanding Data Capture and Control

Which of the following is a type of data capture device commonly used for reading barcodes?

• Optical Character Recognition (OCR)

• Radio Frequency Identification (RFID)

• Barcode Scanner

• Magnetic Stripe Reader

What is the primary purpose of data input control methods?

• To increase the speed of data entry

• To ensure the accuracy and integrity of data

• To reduce the cost of data storage

• To enhance the visual appeal of data

Which data capture device is most suitable for capturing handwritten signatures?

• Magnetic Ink Character Recognition (MICR)

• Digital Camera

• Graphics Tablet

• Smart Card Reader

How does poor data quality impact decision-making in organisations?

• It leads to faster decision-making

• It results in more accurate predictions

• It causes incorrect or suboptimal decisions

• It has no impact on decision-making

Which of the following devices is used for capturing data from a magnetic stripe?

• Barcode Scanner

• Optical Mark Reader (OMR)

• Magnetic Stripe Reader

• RFID Reader

What is the role of validation checks in data input control?

• To encrypt data for security

• To verify the accuracy of data

• To compress data for storage

• To format data for printing

Which data capture device is typically used for contactless payment systems?

• Barcode Scanner

• RFID Reader

• Optical Mark Reader (OMR)

• Graphics Tablet

What is a potential consequence of not controlling data input effectively?

• Increased data storage costs

• Enhanced data security

• Improved data quality

• Reduced data redundancy

Which of the following is an example of a biometric data capture device?

• Barcode Scanner

• Fingerprint Scanner

• Optical Mark Reader (OMR)

• Magnetic Stripe Reader

What is the impact of high-quality data on business operations?

• It leads to increased operational costs

• It results in more efficient and effective operations

• It causes delays in processing

• It has no impact on business operations