Answer:
Explanation:
The following code is a Python function that takes in the amount of change. Then it uses division and the modulo operator to calculate the number of coins that make up the changes, using the greatest coin values first.
import math
def amountOfCoins(change):
print("Change: " + str(change))
quarters = math.floor(change / 0.25)
change = change % 0.25
dimes = math.floor(change / 0.20)
change = change % 0.20
pennies = math.floor(change / 0.01)
print("Quarters: " + str(quarters) + "\nDimes: " + str(dimes) + "\nPennies: " + str(pennies))
Answer:
You should consider the number of cells needed for data, labels, titles, and formulas.
Explanation:
Answer:
Learn OpenGL and any graphics rendering program.
Explanation:
Answer:
no_of_shares = int(input("Enter the number of shares: "))
purchase_price = float(input("Enter the purchase price of the stock: "))
sale_price = float(input("Enter the sale price of the stock: "))
total_stock_price = purchase_price*no_of_shares
total_spend_on_buying = total_stock_price + (0.03*total_stock_price)
total_sale_price = sale_price*no_of_shares
commission_while_selling = total_sale_price*0.03
net_gain_or_loss = total_sale_price - (total_spend_on_buying + commission_while_selling)
if(net_gain_or_loss<0):
print("After the transaction, you lost {} dollars".format(abs(net_gain_or_loss)))
else:
print("After the transaction, you made {} dollars".format(abs(net_gain_or_loss)))
Answer:
4 bits are required. 4 bits can represent 16 different values (2*2*2*2 or ). 3 bits can only represent 8 different values. In the general case n bits can represent values, or correspondingly m values can be represented by bits.
