Sugarcane Juice Business
Hazrat Ali
While Alice was drinking sugarcane juice, she started wondering about the following facts:
- The juicer sells each glass of sugarcane juice for 5050 coins.
- He spends 20%20% of his total income on buying sugarcane.
- He spends 20%20% of his total income on buying salt and mint leaves.
- He spends 30%30% of his total income on shop rent.
Alice wonders, what is the juicer's profit (in coins) when he sells NN glasses of sugarcane juice?
Input Format
- The first line of input will contain an integer TT — the number of test cases. The description of TT test cases follows.
- The first and only line of each test case contains an integer NN, as described in the problem statement.
Output Format
For each test case, output on a new line the juicer's profit when he sells NN glasses of juice.
Constraints
- 1≤T≤1000
- 1≤N≤106
Sample 1:
4 2 4 5 10
30 60 75 150
Explanation:
Test case 11: The total income is 50×2=100 coins. The juicer spends 2020 coins on sugarcane, 2020 coins on salt and mint leaves and 3030 coins on rent. Thus, the profit is 100−(20+20+30)=30 coins.
Test case 22: The total income is 50×4=200 coins. The juicer spends 4040 coins on sugarcane, 4040 coins on salt and mint leaves and 6060 coins on rent. Thus, the profit is 200−(40+40+60)=60 coins.
Test case 33: The total income is 50×5=250 coins. The juicer spends 5050 coins on sugarcane, 5050 coins on salt and mint leaves and 7575 coins on rent. Thus, the profit is 250−(50+50+75)=75 coins.
Test case 44: The total income is 50×10=500 coins. The juicer spends 100100 coins on sugarcane, 100100 coins on salt and mint leaves and 150150 coins on rent. Thus, the profit is 500−(100+100+150)=150 coins.
Solution
for _ in range(int(input())):
m = int(input())
per=(m*50)/100 * 70
print((m*50)-int(per))