ANSWER:
B.
Transforming the data might help Mary notice a different pattern that makes a bigger impact on bus routes than regions of the City.
EXPLANATION:
Mary can check if there are other things or factors that might influence where the bus routes need to be prioritized. For example if the students' age is considered for the bus routes instead of regions. She can achieve this by
By Re-sorting or Transforming the data.
That is to say she will be able to find out if it is only region or if there are different patterns that makes bigger impacts on bus routes, by transforming the data.
Answer:
I/O bound programs will be favored due to the CPU burst request of the I/O programs. This is because their CPU burst request is short and would release the CPU within a short period.
Due to the brief request time of the I/O programs on the CPU, CPU-bound programs will not be permanently starved. After a little while, CPU resources will be released to the CPU-bound programs for use.
Answer:
Please see the full code in explanation
Explanation:
#This is a console program
def bill_calculator():
print("Enter the Total value of the bill:\n")
bill_total = float(input())
print("Enter total number of dinners:\n")
total_dinner = int(input())
bill_per_person = bill_total / total_dinner
result = ("Bill total: {} \n"
"Total dinners: {} \n"
"Bill per person: {} ").format(bill_total,total_dinner, bill_per_person)
print(result)
if __name__ == '__main__':
bill_calculator()
Answer:
The options for this question are the following:
a. iconic sensory memory
b. haptic sensory memory
c. short-term memory
d. long-term memory
The correct answer is b. haptic sensory memory.
Explanation:
Haptic memory has a capacity of 4 or 5 items, such as the iconic one, although the footprint is maintained for a longer time, about 8 seconds in this case. This type of sensory memory allows us to examine objects by touch and interact with them, for example to pick them up or move them properly.
It is believed that there are two subsystems that make up the haptic memory. On the one hand we find the cutaneous system, which detects the stimulation of the skin, and on the other the proprioceptive or kinesthetic, related to muscles, tendons and joints. It is appropriate to distinguish proprioception from interoception, which involves internal organs.
Haptic memory has been defined more recently than iconic and echoic, so that the scientific evidence available around this type of sensory memory is more limited than those that exist on the other two we have described.
Haptic memory depends on the somatosensory cortex, especially on regions located in the upper parietal lobe, which store tactile information. Likewise, the prefrontal cortex, fundamental for movement planning, also seems involved in this function.
