#include <fstream>
#include <vector>
#include <algorithm>
#include <iterator>

using namespace std;

const int NUMBER_NON_EXISTENT_COUNTRY = 0;
const int DIFFERENCE = 1;

struct Requirements {

    int income;
    int higher_education;
    int citizenship_parents;
};

vector<Requirements> countries;

vector<Requirements> classmates;

inline int findCountry(const Requirements classmate) {

    auto is_possible = [classmate](const Requirements country) {
        return classmate.higher_education >= country.higher_education && classmate.income >= country.income;
    };

    if (classmate.citizenship_parents != NUMBER_NON_EXISTENT_COUNTRY && countries[classmate.citizenship_parents - DIFFERENCE].citizenship_parents) {

        auto possible_country = countries.begin() + classmate.citizenship_parents - DIFFERENCE;
        auto another_possible_country = find_if(countries.begin(), possible_country, is_possible);

        if (another_possible_country != countries.end() && another_possible_country < possible_country)
            return distance(countries.begin(), another_possible_country) + DIFFERENCE;

        return distance(countries.begin(), possible_country) + DIFFERENCE;
    }

    auto possible_country = find_if(countries.begin(), countries.end(), is_possible);

    if (possible_country == countries.end())
        return NUMBER_NON_EXISTENT_COUNTRY;

    return distance(countries.begin(), possible_country) + DIFFERENCE;
}

int main() {

    ifstream fin("input.txt");

    ofstream fout("output.txt");

    int number_countries;
    int number_classmates;

    fin >> number_countries;

    countries.resize(number_countries);

    for (auto country = countries.begin(); country != countries.end(); country++) fin >> country->income;

    for (auto country = countries.begin(); country != countries.end(); country++) fin >> country->higher_education;

    for (auto country = countries.begin(); country != countries.end(); country++) fin >> country->citizenship_parents;

    fin >> number_classmates;

    classmates.resize(number_classmates);

    for (auto classmate = classmates.begin(); classmate != classmates.end(); classmate++) fin >> classmate->income;

    for (auto classmate = classmates.begin(); classmate != classmates.end(); classmate++) fin >> classmate->higher_education;

    for (auto classmate = classmates.begin(); classmate != classmates.end(); classmate++) fin >> classmate->citizenship_parents;

    for (auto classmate = classmates.begin(); classmate != classmates.end(); classmate++) fout << findCountry(*classmate) << ' ';

    return 0;
}