LOGARITHM Meaning in Malay - translations and usage examples

• logaritma
• log

Examples of using Logarithm in English and their translations into Malay

Logarithm of 8 with base 2.
Logaritma 8 dengan asas 2.

Returns the base 10 logarithm of NUM, which must not be.
Bagi asas logaritma bukan 10, asanya perlu.

Number- Number for which you want the logarithm.
Nombor nyata positif yang anda inginkan logaritmanya.

So logarithm with the same base.
Jadi log dengan asas yang sama.

The positive number for which you want the logarithm.
Nombor nyata positif yang anda inginkan logaritmanya.

Minus the logarithm base two of the square root of eight.
Tolakkan asas logaritma kuasa dua 8.

The positive real number for which you want the logarithm.
Nombor positif yang anda inginkan logaritma aslinya.

Returns the logarithm of a number of the base you specify.
Mengembalikan logaritma nombor kepada asas yang anda tentukan.

Data are plotted as stress S versus the logarithm of the number.
Data diplotkan sebagai tegasan, S melawan logaritma bilangan kitar.

LOG Returns the logarithm of a number to the base you specify.
Mengembalikan logaritma nombor kepada asas yang anda tentukan.

We're going to have 2, and we're going to take the logarithm of that.
Kita akan mempunyai nilai 2, dan kita akan kira logaritma untuk nilai ini.

Logarithm of thirty-two divided by logarithm of square root of eight.
Logaritma 32 bahagikan logaritma kuasa dua 8.

Now we can take the logarithm of any base of both sides of this.
Sekarang, kita boleh gunakan logaritma dri mana-mana asas kedua-dua bhgian ini.

So, in theory, this should equal, if we believe this property, this should equal logarithm base two of what?
Jadi, dalam teori, ia bersamaan log asas 2 daripada 256?

So logarithm for a given base so lets say that the base is"x" of a/b.
Jadi, logaritma untuk asas yang dibagi, katakan asas adalah x daripada a/.

Log of a to the c is the same thing as c times the logarithm of whatever base we are of a.
Log a kepada c adalah sama dengan c darab asas log a.

So let's say logarithm of base two of-- I don't know--of eight plus logarithm base two of-- I don't know let's say--thirty-two.
Jadi katakan log asas 2 daripada 8 tambah log asas 2 daripada 32.

So if you want to figure out another base logarithm, you use this property.
Jadi, jika anda hendak dapatkan log asas yang lain anda gunakan ciri-ciri ini.

And we know from our logarithm properties, the third one we learned, that that is the same thing as one half times the logarithm of thirty-two divided by the square root of eight.
Dan kita tahu dari ciri-ciri logaritma, yang ketiga kita mempelajari, ia sama dengan yang separuh darab logaritma 32, bahagikan dengan kuasa 2 8.

So the first thing that we realize is that this is one of our logarithm properties.
Jadi, perkara pertama kita sedar bahawa ia adalah satu daripada ciri-ciri logaritma.

And this is reminder: whenever you see logarithm written without a base, the implicit base is 10.
Peringatan: Apabila nampak logaritma tanpa asas, asasnya adalah 10.

The app can used for curve fitting equations upto seventh degree polynomials as well as exponential, power and logarithm functions.
Aplikasi ini boleh digunakan untuk persamaan kurva pemasangan sehingga polinomial darjah ketujuh serta fungsi eksponen, kuasa dan logaritma.

This is probably the single most useful logarithm property if you are a calculator addict.
Ini adalah ciri-ciri logaritma yang amat berguna jika kau menggunakan kalkulator.

So the next logarithm property is, if I have A times the logarithm base B of C, if I have A times this whole thing, then that equals logarithm base B of C to the A power.
Jadi, ciri-ciri logaritam yang seterusnya adalah, jika saya ada A darab asas logaritma B daripada C, jika saya ada A darab kesemua ini, jadi ia bersamaan dengan asas logaritma B daripada C kepada kuasa A.

So this property tells us that this is going to be the same thing as logarithm base two of eight to the third power.
Jadi, inilah ciri-ciri yang memberitahu kita ia akan menjadi yang sama dengan asas logaritma 2 daripada 8 kuasa 3.

Then based on this property right over here this thing can be rewritten, this is going to be equal to this can be written as log base 10 of 4 to the second power, which is really just 16. and then we still have minus logarithm base 10 of 2.
Berdasarkan ciri di sini ia boleh ditulis sebagai, ia akan menjadi asas log 10 dari 4 ke kuasa kedua iaitu 16. Dan kita perlu tolak asas log 10 dari 2.

Then you could take the logarithm of both sides base 1.1, and you get x.
Maka anda boleh lakukan logaritma di kedua-dua belah persamaan dibahagikan kedua-duanya dengan 1. 1, dan anda memperoleh' x'.

And actually it's this exponent property, where you can multiply-- when you take something to exponent and then take that to an exponent, and you can essentially just multiply the exponents-- that's the exponent property that actually leads to this logarithm property.
Dan sepatutnya inilah ciri-ciri eksponen, yang anda boleh darab apabila anda gunakan dengan eksponen yang lain dan anda boleh mendarab dengan eksponen ia ciri-ciri eksponen yang membawa ke ciri-ciri logaritma.

Calculus Tutorials and Problems and Questions with answers on topics such as limits, derivatives, integrals, natural logarithm, runge kutta method in differential equations, the mean value theorem and the use of differentiation and integration rules are also included.
Tutorial dan Masalah Kalkulus dan Soalan dengan jawapannya mengenai topik seperti had, derivatif, integral, logaritma semulajadi, kaedah runge kutta dalam persamaan kebezaan, teorem nilai min dan penggunaan peraturan pembezaan danintegrasi juga dimasukkan.