Answer:
The C's malloc and free functions and the C++'s new and delete operators execute similar operations but in different ways and return results.
Explanation:
- The new and delete operators return a fully typed pointer while the malloc and free functions return a void pointer.
-The new and delete operators do not return a null value on failure but the malloc/free functions do.
- The new/delete operator memory is allocated from free store while the malloc/free functions allocate from heap.
- The new/delete operators can add a new memory allocator to help with low memory but the malloc/free functions can't.
- The compiler calculates the size of the new/delete operator array while the malloc/free functions manually calculate array size as specified.
I would say to put in a set of the most basic rules of the country that apply to everyone
Hello there!
Answer:
Have included productivity improvements (doubling the number of
deliveries for a speci²c time period), enhanced inventory management,
automation of picklists, better resource planning, and more e±ective reporting to
key stakeholders. Evolution’s CRM system can determine deliveries planned for
any future month and the amount of product in stock, helping Evolution reduce
stock holding by 40%. When a new patient is keyed onto system, tasks can be
generated for Evolution’s team to organize delivery ahead of time. The system
automatically generates a pick list for that patient from Evolution’s pharmacy.
Managers can see tasks 2 weeks ahead and can allocate resources accordingly.
Hoping this helps you! :D
Yes a computer works on many smaller items like a motherboard and a powersupply etc. to work in unison to be able to handle things you want to do on it.
