MyBigInteger base = new MyBigInteger(10);
        base.coefficients.add(newBase);

        MyBigInteger oldBase = new MyBigInteger(this.base);
        oldBase.coefficients.add(this.base);
        //System.out.println(base);

        //   ADD YOUR CODE BELOW HERE

        MyBigInteger zero = new MyBigInteger(0, 10);
        //System.out.println(zero);

        if(this.base!=10) { // Change base to 10
            result.base=this.base;


            int n = this.getCoefficients().size(); // Length of this
            MyBigInteger temp = new MyBigInteger(this.base); // Temporary BigInt


            for(int i=0; i<n; i++) {

                temp.coefficients.add(this.getCoefficients().get(i));

                // Adds coefficients of this to temp

                System.out.println(temp+" - "+temp.timesBaseToThePower(i));

                for(int j=0; j<=i; j++) {
                    result=result.plus(temp.times(oldBase));
                }

                //result=result.plus(temp.timesBaseToThePower(i));
                //System.out.println(result);

                temp.coefficients.clear();
            }

            result.base = 10;
            //System.out.println(this+" In Base 10 "+result);

            this.base = 10;
            this.coefficients=result.getCoefficients();
            result.coefficients.clear();
            result.base=newBase;


        }



        while(this.compareTo(zero)!=0) { // change from 10 to new base

            result.coefficients.add(this.mod(base).getCoefficients().get(0));
            // Adds number % base to results

            this.coefficients = this.dividedBy(base).coefficients;
            // Number = Number / Base

            if(this.compareTo(empty)==0){
                //System.out.println("Empty");
                break;
            }
        }