I'm a student in chemical engineering and we use derivatives all the time. Basically we use them to measure how a system changes with time. Like in a chemical reaction of say, oxygen+hydrogen goes to water, we can use the derivative of the rate equation to measure how long it will take for a certain percentage of the reactants to be turned into products. This is vital for industrial processes.
I'm a student in chemical engineering and we use derivatives all the time. Basically we use them to measure how a system changes with time. Like in a chemical reaction of say, oxygen+hydrogen goes to water, we can use the derivative of the rate equation to measure how long it will take for a certain percentage of the reactants to be turned into products. This is vital for industrial processes.
Derivative classifiers are responsible for analyzing and evaluating information to identify elements that require classification.
Derivative classifiers are responsible for analyzing and evaluating information to identify elements that require classification.
derivative classifiers are responsible for analyzing and evaluating information to identify elements that require classification
Assuming you're using pi in the classic geometric sense, the ratio of a circle's circumference to it's diameter, then derivative of the expression would be 0 as it has no rate of change. If you intend to use pi as a variable, then it's derivative would be 2pi.
There are more than 1 million of military planes. I don't know how many of them are in reallife but I'm sure they are in reallife.
No.
No, zombies are not real. They're fake. If they are in reallife, just break their neck.
no
in case of derivative w.r.t time first derivative with a variable x gives velocity second derivative gives acceleration thid derivative gives jerk
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Of course heroes are in reallife. They are cops, firefighters, security guards and military soldiers. These are well known as real heroes.
Check out reallife parrots.
yes
No but it can.
roblox123 or roblox12345678910
As with any advanced math, whether you use it in your "real life" or not depends on whether you work in the engineering field or not. One very practical application of the derivative (for engineers) is to find the maximum (or minimum) of a function. Such maxima or minima can appear at points where the derivative is zero or undefined (also, at the endpoints of the range under consideration). Another application is to analyze the behavior of functions in general. This can assist you in graphing the functions.