not sure exaclty what you asking, but if ur asking for an example of what logarithms are used for in real life, then there are a heaps of examples.
briefly, some examples are banks use logarithmic functions to calculate the accumilation of interest in bank accounts over the years (eg. Interest = xyz^0.01k), engineers use it to determine how quick things dry/cool down, etc.
if u want a proper algebratic example, here is newtons law of cooling which is:
y=yi x e^-kt
where:
y - different between temprature of body and the constant temp of room
yi - initial temprature difference of body and room
e - eulers number (2.718...)
t - time in mins
k - constant for that particular body (usually what u are trying to find out in class tasks)
using logarithms, newtons law can predict how how a body (such as cup of coffee) will be after any given period of time.
This was the most practicle example i could think of
;)
Nick
Variable life cycle means that the life of a product is affected by the use of the product. A car, for example, that is driven over 500 miles per day every day, will have a shorter life than one driven a few miles each day.
A life insurance calculator works by figuring out how much you should pay per month (sometimes other units of time) for a set amount of insurance money. For example, if you have a $500,000 life insurance quote, they will calculate how much you pay a day for it.
A real life application is a situation that you may have faced or could face in the near future, usually based on a skill learned from typical school subjects. It is used to help prepare students for such situations, or to demonstrate that something they are learning is relevant to their lives. For example, while reading a textbook on mathematics you may encounter a passage that describes a real-life application of one of the skills in the chapter.
If you 'diss' someone it means you you make fun of them for example if someone says i sharpened my pencil and then i say do it again in a mean way that means diss so read on world by mridul bhandari diss improvment
Geometry is used in many different ways in real life. For example, if you wanted to measure the volume of a circle so that you could know beforehand if some liquid you wanted to get into it would all fit, you could find out beforehand; geometry is used for measurements of things as small as atoms or cells to the size of the earth (and maybe even further)...eventually, you will find that it was great to learn geometry.
you should include the definition of logarithms how to solve logarithmic equations how they are used in applications of math and everyday life how to graph logarithms explain how logarithms are the inverses of exponential how to graph exponentials importance of exponential functions(growth and decay ex.) pandemics, population)
Flipping coins.
The Richter Scale of energy release in an Earthquake.
explain the destination life cycle explain the destination life cycle
Logarithms are advanced math; as a general rule, such advanced math has uses in "daily life" if you your daily work involves engineering; otherwise, though in theory you might use it a bit, most people prefer to just forget about it. Logarithms are typically involved in solving an equation where the exponent is unknown. For example, if you get an interest rate of 5% per annum, your capital increase by a factor of 1.05 a year. After how many years will your capital increase by a factor of 2? Or by a factor of 10?
pi, the ratio of the circumference of a circle to its diameter is an example which most students of mathematics will get to quite early in their education. Euler's number, e = 2.71828 (approx), the base of natural logarithms is probably as important to calculus as pi is to geometry but most students will come across it at a more advanced level.
There are many different ways that you can make a journal entry for burden. You can for example explain how it has come into your life and affected you.
explain the last stage of the life cycle of a beetle
Well the penis is a female reproductive organ that grows in the later years of a womans life, this occurance is followed by menopause as you might notice it's MENopause.
It can help scientists and engineers. The best thing I can come up with for everyday life is that it provides a new way of thinking. It expands your horizons and new information can take your knowledge to the next level.
Logarithms are used in the royal navy in sonars They are but it's far wider than that. The application you mean is the "decibel", the 10X or 20X logarithm of the ratio of two signal intensities or powers - not just in military and commercial sonar, but in acoustics generally, and in electrical engineering such as amplifier design. The Richter Scale and the magnitude scale of star brightness are logarithmic. Common and hyperbolic logarithms crop up in many places - the latter control the expansion or compression of gas in an engine or compressor cylinder, for example. Exponents also facilitate handling very large & very small numbers by turning them into multiples of plus or minus powers of 10.
Science can explain how thing happen. Example, science can explain why you can walk without slipping. Without science, there would be no technology. Technology can make what we do simpler. With the help of technology, everything is simpler.