True/ False 1- Class objects can be defined prior to the class declaration. 2- You must use the private access specification for all data members of a class. 3- If an array is partially initialized,...


True/ False<br>1- Class objects can be defined prior to the class declaration.<br>2- You must use the private access specification for all data members of a class.<br>3- If an array is partially initialized, the uninitialized elements will be set to zero.<br>4- A vector object automatically expands in size to accommodate the items stored in it.<br>5- With pointer variables, you can access but not modify data in other variables.<br>6- Assuming myValues is an array of int values and index is an int variable, both of the<br>following statements do the same thing.<br>1.<br>cout << myValues [index] << endl;<br>cout << * (myValues + index) << endl;<br>7- An alternative to using the open member function is to use the file stream object declaration<br>2.<br>itself to open the file. For example:<br>fstream DataFile (
header file. 15- To solve a problem recursively, you must identify at least one case in which the problem can be solved without recursion. "/>
Extracted text: True/ False 1- Class objects can be defined prior to the class declaration. 2- You must use the private access specification for all data members of a class. 3- If an array is partially initialized, the uninitialized elements will be set to zero. 4- A vector object automatically expands in size to accommodate the items stored in it. 5- With pointer variables, you can access but not modify data in other variables. 6- Assuming myValues is an array of int values and index is an int variable, both of the following statements do the same thing. 1. cout < myvalues="" [index]="">< endl;="" cout="">< *="" (myvalues="" +="" index)="">< endl;="" 7-="" an="" alternative="" to="" using="" the="" open="" member="" function="" is="" to="" use="" the="" file="" stream="" object="" declaration="" 2.="" itself="" to="" open="" the="" file.="" for="" example:="" fstream="" datafile="" ("names.dat",="" ios::in="" |="" ios::out);="" 8-="" when="" passing="" a="" file="" stream="" object="" to="" a="" function,="" you="" should="" always="" pass="" it="" by="" reference.="" 9-="" the="" try/catch/throw="" construct="" is="" able="" to="" handle="" only="" one="" type="" of="" exception="" in="" a="" try="" block.="" 10-="" the="" try="" block="" of="" a="" try/catch="" construct="" is="" used="" to="" display="" the="" definition="" of="" an="" exception="" parameter.="" 11-="" in="" an="" inheritance="" situation,="" you="" may="" not="" pass="" arguments="" to="" a="" base="" class="" constructor.="" 12-="" a="" derived="" class="" may="" become="" a="" base="" class="" if="" another="" class="" is="" derived="" from="" it.="" 13-="" the="" standard="" template="" library="" (stl)="" contains="" templates="" for="" useful="" algorithms="" and="" data="" structures.="" 14-="" the="" stl="" provides="" many="" algorithms="" which="" are="" implemented="" as="" function="" templates="" and="" are="" included="" in="" the=""> header file. 15- To solve a problem recursively, you must identify at least one case in which the problem can be solved without recursion.

Jun 04, 2022
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