An account in the chart of accounts is not assigned a number at random. Rather, it is a structured system that matches the financial structure of the company. Each account gets a specific number that aligns with its classification.
False, an account in the chart of accounts is not assigned a number at random. It is a structured system organized in a way that reflects the financial structure of the company. Each account is assigned a specific number that corresponds to its classification. This system of classification includes asset accounts, liability accounts, equity accounts, income accounts, and expense accounts. For example, Asset accounts might be numbered 1000 to 1999, Liability accounts 2000 to 2999, and so on. This system allows easy identification and classification of accounts.
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The answer is a Flash drive or better, an SD card
An SD card is a non-volatile memory use mostly in portable devices such as cameras, phones and other mobile solutions like tablets. They are capable of being a life in certain situations. They store all your documents, pictures, and photos in rows of tiny memory chips. In general, most modern consumer cameras use either Compact Flash or SD cards.
When a cloud customer uploads personally identifiable information (PII) to a cloud provider, both the customer and the cloud provider share responsibility for the security of that PII.
The specific division of responsibilities will depend on the terms of the service level agreement (SLA) between the customer and the cloud provider. In general, the cloud provider is responsible for securing the infrastructure and services that are used to store and process the PII. This includes ensuring that appropriate security controls are in place, such as access controls, encryption, and monitoring. The cloud provider may also be responsible for notifying the customer in the event of a security breach or incident.
However, the cloud customer also has a responsibility to ensure that the PII they upload to the cloud is secure. This includes properly securing their own systems and networks that are used to upload and access the PII, as well as properly configuring any security controls provided by the cloud provider.
Ultimately, the responsibility for the security of PII in the cloud is shared between the customer and the cloud provider, and both parties must take appropriate measures to ensure the security of the data.
To know more about personally identifiable information (PII), visit:
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When a cloud customer uploads personally identifiable information (PII) to a cloud provider, both the customer and the cloud provider share responsibility for the security of that PII.
The specific division of responsibilities will depend on the terms of the service level agreement (SLA) between the customer and the cloud provider. In general, the cloud provider is responsible for securing the infrastructure and services that are used to store and process the PII. This includes ensuring that appropriate security controls are in place, such as access controls, encryption, and monitoring. The cloud provider may also be responsible for notifying the customer in the event of a security breach or incident.
However, the cloud customer also has a responsibility to ensure that the PII they upload to the cloud is secure. This includes properly securing their own systems and networks that are used to upload and access the PII, as well as properly configuring any security controls provided by the cloud provider.
Ultimately, the responsibility for the security of PII in the cloud is shared between the customer and the cloud provider, and both parties must take appropriate measures to ensure the security of the data.
To know more about personally identifiable information (PII), visit:
#SPJ11
False
true, yes, there will be some sort of flag to let you know, probably a red one.
The coding scheme that contains a set of 128 numeric codes that are used to represent characters in the computer's memory is known as ASCII.
The ASCII means the American Standard Code for Information Interchange.
ASCII is a code for representing 128 English characters as numbers with each letter assigned a number from 0 to 127.
For instance, the ASCII is a 7-bit coding (ie., 2^7 = 128 codes).
Hence, the coding scheme that contains a set of 128 numeric codes that are used to represent characters in the computer's memory is known as ASCII.
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ASCII is a 7-bit coding, ie., 2^7 = 128 codes.