Eu acredito no primeiro como ele tem uma GTX 1050ti, i5 e 2tb.
Answer:
The computer can do 12000 searches per second. Suppose there are 60000 inventory items. And we need to search one item from it in a sequential manner. The computer can do 12000 searches in one second. Hence it can search in a list of 60000 inventory in 5 seconds, as 12000 x 5 =60000 searches, in the worst case. And if the item is below 12000 on the list, it will take less than 1 second(1/12000 sec in best case), and so on.
And if we assume that the list is sorted, and perform a binary search. then in the worst case, the number of searches required in the worst case will be 60000/2= 30000. And the time required will be 30000/12000= 5/2=2.5 seconds, and (1/24000) seconds in the best case. Its 1/24000 as its binary search.
Explanation:
Please check the answer section.
2.5 is an example of a float.
Floats are numbers that have decimals.
Answer:
126.375 in binary is: 1111110.011
Explanation:
In order to convert a decimal number to binary number system, the integral part is converted using the division and remainder method while the fractional part is multiplied with 2 and the integral part of answer is noted down. The fractional part is again multiplied with 2 and so on.
For 126.375
2 126
2 63 - 0
2 31 - 1
2 15 - 1
2 7 - 1
2 3 - 1
1 - 1
So, 126 = 1111110
For 0.375
0.375 * 2 = 0.75
0.75 * 2 = 1.5
0.5 * 2 = 1.0
As we had to only find 3 digits after binary point, so
0.375 = 011
So 126.375 in binary is: 1111110.011 ..
