<span>One system of lens - ocular microscope
Two systems of lens - compound microscope
Some of the parts of a compound microscope are the </span>eyepiece lens.<span> There are two knobs on under the other to one side of the microscope which are used for </span>Coarse focus and Fine focus. There is an illuminator<span> at the bottom of the microscopic stand, which sheds a powerful light on the subject under the lens. Other parts include </span>objective lenses<span>, </span>stage with stage clips<span> (where the subject is placed) and r</span>evolving nosepiece. The tube<span> connects the eyepiece lens to the </span>turret<span>.</span>
=VLOOKUP($A6,RentalRates,2,0) is the lookup for this.
<u>Explanation:</u>
Utilize the LOOKUP capacity to look into an incentive in a one-section or one-push go, and recover an incentive from a similar situation in another segment or one-push go. The query work has two structures, vector and cluster. This article depicts the vector structure.
In computer science, a lookup table is a cluster that replaces run time calculation with a more straightforward exhibit ordering activity. The investment funds as far as handling time can be critical, since recovering an incentive from memory is regularly quicker than experiencing a "costly" calculation or information/yield activity.
A person can be able to measure if AI is acting like a human by the use of Turing test.
<h3>How do we measure of artificial intelligence is acting like a human?</h3>
One can measure if AI is Acting humanly via the use of a human who is said to interrogates the program and also the use of another person through the use of a terminal simultaneously.
Note that If after some amount of time or period, the interrogator is said to be unable to tell which is which, the program is said to have passed. To pass this test it is one that needs natural language processing.
Hence, A person can be able to measure if AI is acting like a human by the use of Turing test.
Learn more about AI from
brainly.com/question/25523571
#SPJ1
Answer:
Answered below.
Explanation:
The three general methods consist of unicasting, broadcasting and multicasting.
Casting implies the transfer of data from one computer (sender) to another (recipient).
Unicasting is the transfer of data from a single sender to a single recipient.
Broadcasting deals with the transfer of data from one sender to many recipients.
Multicasting defines the transfer of data from more than one sender to more than one recipients.
