Question:
Which of these field types allows multiple, non-exclusive options?
A. multi-part
B. checkbox
C. text
D. radio button
E. button
Answer:
The correct option is B) Checkboxes
Explanation:
Field types is a terminology often associated with Database Management.
A field type is often found in a data collection apparatus such a form. It's inherent quality or nature will determine the kind of data that it can collect.
Some field types allow for exclusive options. That is, in some data field types, it's impossible to select more than one option.
For example, a Button field type can only collect one type of value.
A Checkbox on the other can be configured to allow for multiple selections which may or may not be exclusive.
When working with Microsoft Access, for instance, you are required to select the name of the <em>field </em>and define the type of <em>field data.</em>
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Cheers!
E is the correct answer.
Risk is present, always. Risk can be good or bad. There is a risk you could win the lottery.
Furthermore, how we perceive risk is different than what risk is actually there.
Risk can be shared amongst members of a group or company and the amount of risk can be altered or ameliorated.
Risk can always be managed.
E is the correct answer.
Answer and Explanation:
C is a low level language and does not have classes. The language isn't based on object oriented programming(OOP) but is actually a foundation for higher level languages that adopt OOP like c++. Using c++ programming language we can implement the class, flower, with its three variables/properties and functions/methods since it is an object oriented programming language.
Assistive technology is commonly used by people with multiple disabilities. It helps them to live more comfortable and it makes their life much easier.
Answer:
The solution code is written in C++
- bool STATUS = true;
- bool alternator ()
- {
- if(STATUS){
- STATUS = false;
- return true;
- }else{
- STATUS = true;
- return false;
- }
- }
Explanation:
We need a global variable to track the status of true or false (Line 1).
Next, create the function alternator (Line 2) and then check if current status is true, set the status to false but return the previous status boolean value (Line 5-6). At the first time of function invocation, it will return true.
The else block will set the STATUS to true and return the false (Line 7-9).
