For the hardest problem of the large data set, you are looking at getting the
integer part of
(3+sqrt(5))^(2,000,000,000). The number of decimal places you need to make that
calculation accurately is more than 1,000,000,000:
(3+sqrt(5)+x)^2,000,000,000 >=
(3+sqrt(5))^2,000,000,000+2,000,000,000
IIRC if the answers match to six decimal places, they are considered equal.
On 8 April 2012 19:44, Sachin Gupta wrote:
> BigDecimal in java can store it. The statement
> System.out.println(x.toString()); shows the value with 48 decimal places,
> do we need more than that.
>
>
> On Sunday, Apri
BigDecimal in java can store it. The statement
System.out.println(x.toString()); shows the value with 48 decimal places,
do we need more than that.
On Sunday, April 8, 2012, Luke Pebody wrote:
> The numeric types used by programming languages are not accurate enough to
> keep the full decimal e
I haven't tried milkshake yet. i'll try binomial theorem but can you please
tell why my code is not working
On Sunday, April 8, 2012, Samuel Jawahar wrote:
> use the Binomial theorem to solve this.
> did you solve the milkshake problem?
>
> On Sun, Apr 8, 2012 at 6:28 PM, Sachin Gupta
> 'sachi
