There are many different solutions to that acronym. One of the most likely is Mutually Assured Destruction. The next most likely is Mean Absolute Deviation. I could go on forever. I hope this helps.
The type of friction that is most likely to be used for an icy surface is a static friction.
<h3>What is friction?</h3>
It should be noted that friction simply means a force that exist between two surfaces that are sliding across each other.
In this case, the type of friction that is most likely to be used for an icy surface is a static friction. Here, a little friction is offered.
Learn more about friction on:
brainly.com/question/1424758
<u>Answer:</u>
<em>GUI provides simple and easy way to operate computers. </em>
<u>Explanation:</u>
Before <em>GUI there were only CUI (Character User Interface) where the user needs to remember lots of commands to interact with computer </em>and it is also time consuming.
<em>Eg. DOS (Disk Based Operating System). </em>
This problem was overcome by GUI where it contains buttons where the user can use the <em>mouse to click, double click or right click </em>according to the options provided by the environment. <em>GUI is the successor of CUI.</em>
Answer:
0.8987
Explanation:
Exponential random variable
P(X=x) = λ e^(-λ.x)
A mean of a request every 0.5 seconds translates to 0.5 seconds between each request.
Rate parameter = (1/0.5) = 2
λ = 2
5 requests in a 2-second time interval translates to (2/5) seconds between requests, that is, x = 0.40
P(X=x) = λ e^(-λ.x)
P(X=0.4) = 2 e^(-2×0.4)
P(X=0.4) = 2 e⁻⁰•⁸ = 2 × 0.4493 = 0.8987
Hope this Helps!!!
Yes, this statement is true.
Actually this statement is about using Microsoft PowerPoint, shapes in the shape gallery can be combined to show relationships among the elements.
In the shape gallery of Microsoft PowerPoint, there are many shapes such as oval, square, rectangle, star, line and many more. One can use any shape to illustrate the concept or to show relationship between something.