Answer: (c)All others answers
Explanation: Stack ADT is the group of the objects that are present to work according to the last in first out strategy for the abstract data types. It works on the insertions and deletion of the elements that is referred as the push and pop action.
The ADT stacks can works with arrays, links list as well as vectors for the operation .Therefore, the correct option is option(c)
Answer:
The ArrayList initial functionality is 5, there were 4 components.
Then, add 25 more elements by using add()calling 25 times So total number of elements after the completed operation would be 4 + 25= 29.
5th component will be introduced without calling ensureCapacity(); while adding 6th element-> ensureCapacity(2* 5+ 1) it will call, making the capacity 11.
So ArrayList's capacity will be 11.
Next 7th to 11th components will also be added automatically once the 12th element is added, it will name ensureCapacity(2* 11+ 1) and make the capacity 23.
While adding 24th dimension, ensureCapacity(2* 23+ 1) will be called again and this will make the capacity 47.
There will therefore be 3 (three) calls to ensure the feature Ability).
Elements of Rest 25th to 29th will be added seamlessly as ability becomes 47.
Non-ionizing radiation is longer wavelength/lower frequency lower energy. While ionizing radiation is short wavelength/high frequency higher energy. Ionizing Radiation has sufficient energy to produce ions in matter at the molecular level.
B is the answer (i think)
Answer:
D
Explanation:
It could be reported because it is a test. That's the only reason I can see.
The answer to this question is D -- it's conductivity can be changed. Anything with a semiconductor in it is normally made of Silicon (or Germanium). These elements have the virtue of being able to control the current going through them which is the same thing as saying that the conductivity can be changed.
Electronics has changed drastically since Bell labs developed them in the 1947, but the principle is the same.
