The exact value could never be expressed as a number, as pi is an irrational number. The integer value would be: 31415926535897932384626433832795028841 If you want a slightly more accurate value: 31415926535897932384626433832795028841.9716939937510582097494 If you want an exact value: ∞ (∫e-x² dx)2 × 1038 -∞
To find the exact value you could:use exact values rather than estimates - as inputs;use exact formula instead of approximations,use calculus.There are other methods as well and the choice depends on the circumstances. Then, if Y is your value and E is the exact value,percentage error = 100*(Y - E)/E or 100*(Y/E - 1).
the exact answer is no other # it is right on that point
A factor of a number.
When it would take much too much time to find an exact number and you don't need it to be exact.
The value of exponential e is between 2 and 3. The exact number is 2.7182818284.
-- end of the universe -- the day you will die -- the exact value of 'pi' -- the exact value of ' e ' -- the exact value of sqrt(2) -- the exact value of any other irrational number
The exact value could never be expressed as a number, as pi is an irrational number. The integer value would be: 31415926535897932384626433832795028841 If you want a slightly more accurate value: 31415926535897932384626433832795028841.9716939937510582097494 If you want an exact value: ∞ (∫e-x² dx)2 × 1038 -∞
an exact decimal must be with the number 0. in it or it is not exact.
The base number of Naperian Logarithms, a number also called 'e' A more exact number would be 2.718281828459
To find the exact value you could:use exact values rather than estimates - as inputs;use exact formula instead of approximations,use calculus.There are other methods as well and the choice depends on the circumstances. Then, if Y is your value and E is the exact value,percentage error = 100*(Y - E)/E or 100*(Y/E - 1).
This is not something that you can get an exact number for.
A number
There is no "exact". It is infinite.
Your estimate will be greater than the exact number.
the exact answer is no other # it is right on that point
A number close to an exact number is called an estimate or a ballpark figure.