Without tables or calculators, this kinda question is hard, so if there is a non-calculator question involving logs, just chuck numbers in. I find it helpful to rearrange the log into a power problem e.g.
log2(x) = 8 --------> x = 28 = 256
or
log2(8) = x ----------> 2x = 8 = 3 (by observation)
or
logx(8) = 2 ----------> x2 = 8, x = (+/-)(root 8) = (+/-)(2root2)
try to find what number times the same numbers equals the number that you have.
Get out calculator and divide the number by seven. If you can use a computer, use the calculator on your computer.
It's really hard to explain in an answer here. See the link for different ways to do it.
You type the number in then percent it by the number you want
Raise this number in power of 1/3. For example, to find the cube root of 27, 27^(1/3) = 3. Don't forget to put the parentheses, because if you don't do this, you can find a wrong answer. Without parentheses, as 27^1/3, the calculator will show you 9 as an answer, and this is a wrong answer. Try it.
Unless the number happens to be a straightforward power of the base of the logs, the answer is that you cannot without some access to tables or a scientific calculator. There are Maclaurin series for the log function but without a powerful calculator, you will not get far with them.
In reality, there is no such calculator - nor can there ever be one. This is because there are infinitely many possible functions that will fit any finite table of numbers.
try to find what number times the same numbers equals the number that you have.
dived any number u think is in the table by 7 and if your answer is a number without a decimal then that number is in that table.
It has to be present in the 8 times table - By revising your times table, you will find it quite easy to work out division sums. :)
422➗4=105.5. No, it doesn't. If in the future you want to find this out, just put the first number into a calculator, press ➗, then the number of the times table and press =. If the number is whole then it is in the times table. If it is not whole, it is not in the times table.
You can find out how to use a mortgage calculator amortization table at the following sites...www.bankrate.com/calculators/mortgages/amortization-calculator.aspx
To find the square root on a calculator without a radical symbol, you can use the power function. Simply raise the number to the power of 0.5 to find the square root. For example, to find the square root of 16, you can input 16^0.5 into your calculator to get the result.
Nowadays you cannot do it without a calculator.
You cannot.
The way you find modulus of a number on a scientific calculator depends on the model of calculator. On the TI-86, you use mod (x,y) or x mod y to find modulus.
Get out calculator and divide the number by seven. If you can use a computer, use the calculator on your computer.