Write a program that accepts a time as an hour and minute. add 15 minutes to the time, and output the result.
example 1:
enter the hour: 8
enter the minute: 15
it displays:
hours: 8
minutes: 30
example 2:
enter the hour: 9
enter the minute: 46
it displays:
hours: 10
minutes: 1
hint: first, try to solve the problem where hours go from {0,1,,9,10,11} instead of {1,2,,10,11,12}. this should be similar to your answer for q2. then, find a way to convert your final answer for hours from a {0,1,,9,10,11} time system to a {1,2,,10,11,12} time system.
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"gps interaction and cognitive process" respond to the following: imagine that you have been asked to design a gps product that will have voice recognition and bluetooth capability. discuss and conceptualize a user interaction model. predict two (2) problems that may arise in gps products with voice recognition and bluetooth capability. recommend solutions for each of these issues. attention is one of the six cognition processes. when attention is applied to a design, the goal is to make it easier for the end user to quickly locate where he / she should type information on the computer or mobile device screen. compare and contrast how the google search engine and the microsoft bing search engine employ the attention cognition process. provide your opinion as to which search engine better employs the attention cognition process and explain why.

If she presses the left arrow , what will happened

In many applications, only a small percentage of the points in a given set p of n points are extreme. in such a case, the convex hull of p has less than n vertices. this can actually make our algorithm convexhull run faster than θ(nlogn). assume, for instance, that the expected number of extreme points in a random sample of p of size r is o(rα ), for some constant α < 1. (this is true when the set p has been created by picking points uniformly at random in a ball.) prove that under this condition, the running time of the algorithm is o(n).