Answer:
SSHD - Solid State Hybrid Drives
Explanation:
SSHD - Solid State Hybrid Drives -
Hard disk refers to a storage form of device , which uses uses the combination of the fast storage medium like the solid - state drive along with the very higher - capacity hard disk drive .
In the solid state hybrid drives , the combination of the onboard flash memory and the magnetic HDD , which is less expensive than the SSD.
Hence , from the given information of the question ,
The correct term is SSHD - Solid State Hybrid Drives .
int main() {
string simon_Pattern;
string user_Pattern;
int userScore;
int i;
user_Score = 0;
simon_Pattern = "RRGBRYYBGY";
user_Pattern = "RRGBBRYBGY";
for (i = 0; i <= simson_pattern.length; i++) {
if (simon_Pattern[i] == user_Pattern[i]) {
user_Score = user_Score + 1;
} else {
break;
}
}
cout << "userScore: " << user_Score << endl;
return 0;
}
Here it uses two string variable to store “simson’s pattern and user’s pattern”. Then a “for loop” is executed till the end of the string. Inside the for loop both the strings are compared character by character and when found the score is added. If not for loop is exited and finally the score is displayed.
Answer:
At this point, school isnt even about learning anymore. Its just about passing so you dont end up being a dropout or just a bum in general cause not everyone has the skills to make something out of nothing.
Explanation:
Binocular depth cues are the 'things' that help us to judge distance. The two main ones that relate to binocular vision are:
1. Convergence.
This is the fact that as we get closer to an object, our eyes begin to point inward to remain focused on the object. I.e. we go cross eyed.
2. Disparity
This is the fact that our eyes both see a different image when focused on an object because they are actually looking at it from a different perspective (about 6 centimeters apart). This disparity changes based on the object distance from the observer so is also a cue used by our brain to judge distance.
