The World’s First E‑Learning Platform That Accepts 300+ Cryptocurrencies!

 The E-learning platform accepts cryptocurrency landscape is evolving — and Free Academy Course is leading that transformation by accepting over 300 cryptocurrencies for course purchases and sales. Whether you prefer Bitcoin, Ethereum, XRP, or lesser-known altcoins, buying or selling courses has never been smoother.

Why Crypto Payments Matter

• Borderless & friction-free: Cryptocurrency transactions are fast and efficient, free from banking delays or FX costs.
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Key Features of Free Academy Course

• 300+ coin options: From mainstream cryptos like BTC, ETH, XRP to niche altcoins.
• Integrated payment flow: Select a course, choose your token, and complete a safe blockchain transaction.
• Modern LMS dashboard: Designed for ease — courses, progress tracking, and quizzes in a single place freeacademycourse.com
• Global community: Thousands of learners from AI, business, tech, to video creation .

How It Works

1. Register or log in.
2. Browse our AI, business, or video creation courses freeacademycourse.com.
3. Add to cart — choose your preferred cryptocurrency at checkout.
4. Send the amount through your wallet; blockchain confirmation unlocks your access.

Real-World Use Cases

• Crypto-savvy learners: A Bitcoin enthusiast can use BTC to enroll in “Introduction to AI.”
• Crypto entrepreneurs: Sell your course, get paid immediately in altcoins.
• Global reach: Students without banking options in regions like USA or UK or Australia or Africa can still access quality courses.

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Want to level up with crypto-powered education?

• Learn blockchain basics, AI fundamentals, business growth tactics.
• Or monetize your own expertise by accepting crypto payments globally.

Tips for Students & Instructors

• Choose stable coins like USDT or USDC for less volatility.
• Familiarize yourself with gas fees on networks like Ethereum.
• Always check wallet compatibility before payment.

Final Thoughts e-learning platform accepts cryptocurrency

FreeAcademyCourse.com is revolutionizing the e‑learning world — not just with courses, but with crypto-powered inclusivity and borderless transactions. Whether you’re a lifelong learner or instructor, this platform opens doors in a decentralized, frictionless way.

UVA 10235 - Simply Emirp : Solution

 #include<bits/stdc++.h>

#define shahin std::ios_base::sync_with_stdio(false); std::cin.tie(NULL);

#define ll long long

#define pb push_back

const int nax=1000*1007;

const int mod = 1e9 + 7;

#define F first

#define S second

const int mx = 1e6 +10;

bool prime[mx];

  

using namespace std;

void fun1()

{

    prime[1]=1;

    for(ll i=4;i<=mx;i+=2){

        prime[i]=1;

    }

    for(ll i=3;i<=sqrt(mx);i+=2){

        if(prime[i]==0){

            for(ll j=i*i;j<mx;j+= i*2){

                prime[j]=1;

            }

        }

        //prime[i]=1;

    }

}            

void fun()

{

         fun1();                      

         ll n;

         while(cin >>n && n!=0){

         string s = to_string(n);

         reverse(s.begin(),s.end());

         ll a = stoll(s);

         if(prime[n]==0){

              if(prime[a]==0 && n!=a)cout <<n<<" is emirp.\n";          

              else cout <<n <<  " is prime.\n";              

         }

         else cout << n <<" is not prime.\n";

         }

}

int main()

{    

     shahin

    /*int tc,i=1;

    cin >> tc;

    while(tc--)

    {

    //cout << "Case #" << i << ": ";

        fun();

    //i++;

    } */

    fun();  

}

UVA 10924 - Prime Words - Online Judge-Solution in c++

 #include<bits/stdc++.h>

#define shahin std::ios_base::sync_with_stdio(false); std::cin.tie(NULL); #define ll long long #define pb push_back const int nax=1000*1007; const int mod = 1e9 + 7; #define F first #define S second const int mx = 1e7 +1; bool prime[mx]; using namespace std; void fun1() { prime[0]=1; prime[1]=0; for(ll i=4;i<=mx;i+=2){ prime[i]=1; } for(ll i=3;i<=sqrt(mx);i+=2){ if(prime[i]==0){ for(ll j=i*i;j<mx;j+= i*2){ prime[j]=1; } } } } void fun() { fun1(); string s; while(cin >>s){ ll ans=0; for(int i=0;i<s.size();i++){ if(islower(s[i])){ ans += (s[i]-97)+1;

} else{ ans += (s[i]-65)+27;

} } if(prime[ans]==0)cout << "It is a prime word.\n"; else cout <<"It is not a prime word.\n"; } } int main() { shahin /*int tc,i=1; cin >> tc; while(tc--) { //cout << "Case #" << i << ": "; fun(); //i++; } */ fun(); }

BIG MOD SLOUTION UVA ONLINE JUDGE

#include<bits/stdc++.h>

#define ll long long  

const long mod = 1e9 +7; 

using namespace std;

long long Bigmod(ll a, ll b, ll c)

{

    a = a%c; ll res = 1;

while(b>0){ 

    if(b%2!=0){

          res = res * a % c;

        }

    a = a * a % c; b = b/ 2;

     } 

return res;

} 

int main(){ 

long long int a,b,c;

while(cin >> a >> b >> c){ cout << Bigmod(a,b,c)<< endl;

} }