I would say two car length rule. I am not sure what the official license rule is or if it has been changed, but originally the rule was 3 seconds usually depending on how fast the car is going. The faster you are going, the longer it takes to stop. So two-car length rule would probably be the best choice. Definitely not A.
Answer:
a) [00:05:00]
Explanation:
Timestamps are markers in a transcript which are used to represent when an event took place. Timestamps are in the format [HH:MM:SS] where HH is used to represent hour, MM to represent the minute and SS to represent the seconds. They are different types of timestamping such as:
i) Periodic time stamps: Occurs at a consistent frequency
ii) Paragraph time stamping: At the beginning of paragraphs
iii) Sentence time stamp: at the beginning of sentence
iv) Speaker time stamp: at change of speaker.
Since a part of 5-15 minutes with time-stamping (every 30 seconds), The time stamping should start at 5 minute [00:05:00] and end at [00:15:00]. This is a periodic time stamp since it occurs every 30 seconds, this means the next time stamp would be [00:05:30] and this continues until 15 minute [00:15:00]
Answer: True
Explanation:Orthogonal instruction set is the set of instruction that can use can use all addressing mode. They have independent working and so instruction can use any register the prefer and this leads to overlapping in instruction and complexity.
When RISC architecture got introduced ,it got more preference due to reduced instruction and less complexity as compared to orthogonal instruction.So it not considered elegant to have more orthogonal instruction.
Answer:
The output of code is 20.
Explanation:
We need to give output of the following code:
numB = 25
while numB > 13:
numB = numB - 5
print(numB)
Solution:
We will check the condition of while loop, if the condition is true, then the statements inside the loop will be executed. Since brackets are not available so, only one statement is linked with while loop.
Executing the statements, we check condition while numB > 13 (25>13) is true, next statement will be executed numB = numB - 5 (20=25-13) so, when print(numB) will be executed, we will get 20.
The output of code is 20.
When we say indirect perception checking, this is when we make confirmations about the information that we have gathered through passive perception. This is done by collecting information that may either support or negate our interpretation. Based on the given situations above, the one that makes a best exaple of what indirect perception checking is, is this: <span>observing your mother’s actions to see if she is angry. Answer is B.</span>
