Answer:
Technology has changed the world for the better.
Explanation:
Without technology, many of the things we take for advantage, such as, credit cards, calling people from far distances, heck even being able to call to across the world from where you are right now. Technology has revolutionized many things we use commonly on a day-to-day basis.
Answer:
A computerized light dimmer is one helpful development in lighting equipment. Computerized light dimmers help to control the brightness of light. These dimmers lower or increase the intensity of light. I first noticed light dimmers in a scene from the movie Children of Men. In a war scene, innocent people are shown running helter-skelter to save their lives. Artificial lights are used in scene to create that dark appearance in broad daylight, which makes the scene look gloomy and scary. It helped to generate the feeling of uncertainty and suspense through the proper use of lights. Light dimmers help light designers to create the exact atmosphere that the director demands for a scene. Also, because of dimmers, a light designer need not use extra accessories to diffuse light or make the scene brighter.
Explanation:
This is Plato's sample answer so take pieces out.
Once the reaction time experiment in your MakeCode micro:bit program is complete, Review the tutorial video to make sure you've completed all the steps correctly.
<h3>What is reaction time experiment?</h3>
A reaction time experiment is known to be one that has different set of neural processes. This experiment is known to be one that has been set up to measure or look into the response time for something that one can see.
Note that when the reaction time experiment in your MakeCode micro:bit program is complete, it is better to go over the tutorial video to be sure you that you have completed all the steps correctly.
learn more about reaction time from
brainly.com/question/6167212
Answer:
see explaination
Explanation:
void insertion( int e,int *x, int start, int end)
{
if (e >= x[end])
x[end+1] = e;
else if (start < end)
{
x[end+1] = x[end];
insertion(e, x, start, end-1);
}
else
{
x[end+1] = x[end];
x[end] = e;
}
}
void insertion_recurssion(int *b, int start, int end)
{
if(start < end)
{
insertion_sort_recur(b, start, end-1);
insertion(b[end], b, start, end-1);
}
}
void main()
{
insertion_recurssion(x,0,5);
}