The final advantage of playing
video games is help to enhance one’s time response and sensorimotor. Video
games may do more than just to entertain. It is also a captivating area of
study because it provides a realm in which people get massive quantities of
practice, and so there is an opportunity to look at the benefits of this
practice on aspects of intellectual performance. Griffiths (2014) proposed that
commitment to video games can increase one’s reaction times and hand-eye coordination.
This statement indicates that, playing video games requires reacting quickly
and accurately to events that happen to the screen. Sensorimotor can be
improved by strengthening those neuromuscular pathways between the eyes, brain,
and reflexes, so that eventually a person can go straight from input to output,
without taking too much time to think things through. Moreover, engaging in
tasks that require coordination can have broad benefits of peoples’ performance.
These results are particularly interesting in light of the number of adults
that spend a lot of time just sitting in front of screens watching television,
movies, and surfing the internet. Hence, this work suggests that adults would
benefit from more activities that require coordinated activity. However,
playing video games do not give an immediate boost to learn a new skill, but
does help individuals learn new sensorimotor skills better over time. When in
trouble, players can analyse quickly and find the right solution to avoid more
casualties. Players can experience novelty, curiosity and challenge from the
game as it was always challenging in the stages of the games that will make
players to be more curious. Other than that, players can improve hand-eye
coordination more precisely as it induces multitasking in doing things. People
will be more reliable and more cautious as exposure to danger in games, makes
people to become more cautious about the real world. Therefore, it is proven
that playing video games can help to boost one’s time response and
sensorimotor.