The answer is b. Susan has an appointment with he co-worker on the first Monday of every month. This scenario would benefit from being set up as a recurring appointment, since it requires the same thing to be done every month on the same day. Susan is likely to forget this appointment every month, so a reminder like this would be useful for her. For the other cases, a recurring appointment would not be of much benefit since they do not follow a particular pattern time-wise.
Answer:
Explanation:
how much something had in each month in this graph
The ways to define a variable named balance, if only it can be accessed in a single function are:
First the variable name need to begin with a letter or an underscore character (_).
Note that the variable name is one that cannot begin with a digit.
Then make sure that the variable name can only have alpha-numeric characters and underscores ( a-z, A-Z , 0-9 , and _ )
Note also that Variable names are the ones that are said to be case-sensitive (age, Age and AGE are said to be different variables)
<h3>How do you define a variable name?</h3>
The Rules for naming a variable is that A variable name is one that need to have only have letters (that is uppercase and lowercase letters), digits and also an underscore. T
Note that the first letter of a variable can be letter or an underscore.
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Answer:
348 + 395 = 743
Hence, together they have 743 pennies and not 653 pennies. And we cannot perform the rounding, as that is the case when we have the decimal number or the float number. Only then we have the digits after the decimal. And if it's more than 5, we add 1 to the previous or else leave the number as it is. And we go on performing from right to left, and till the number of decimal places, we need to round off. However, here its purely an integer, and hence we cannot round off, as that will result in a significant loss, and which is not acceptable. However, if we want to round off before decimal places as well, then in that case 743 will be $7s, and 653 pennies will be 6+1= $7s, and if this level of loss is acceptable then we can assume that they have the same sum of money. However, here the answer is given in pennies, and hence this is not the case. And hence the answer given in the question is not correct.
Explanation:
The answer is self-explanatory. And since both are numbers, rounding is not required(as explained in the answer section), as it is required in case of decimal and float(as explained in the answer section). And as explained in the answer section, if we can tolerate very heavy loss, then the numbers as well can be rounded off as explained in the answer section. But that is not the case here, as the answer is given in pennies.
Answer:
The difference between the centralized and the distributed database architecture are as follows:
- The centralized database is the type of database which works on the single file in the database. Whereas, the distributed database works with the multiple files in the database.
- The centralized database refers to the proper planning and the helps in the decision making in the management system. Whereas, in the distributed database system the data are mainly distributed in the multiple files and the user can easily access the near by file in the database system.
- In the centralized database, if the database are get fail then the overall system come to halt. On the other hand in the distributed system, if the component get failed then the performance of the system are get reduced.
