Respuesta :
The answer is best explained in the diagram below.
Let m = the mass of the balloon material (g).
At state 1, the total mass of the balloon is the mass of the balloon material and the mass of gas.
The total mass in state 1 is
m₁ =(m + 1500) g
At state 2, 1500 g of gas has escaped. Only the mass of the balloon material remains.
The total mass in state 2 is
m₂ = m g.
The decrease in mass of the balloon is
m₁ - m₂ = (m + 1500) - m = 1500 g
Answer: 1,500 g
Let m = the mass of the balloon material (g).
At state 1, the total mass of the balloon is the mass of the balloon material and the mass of gas.
The total mass in state 1 is
m₁ =(m + 1500) g
At state 2, 1500 g of gas has escaped. Only the mass of the balloon material remains.
The total mass in state 2 is
m₂ = m g.
The decrease in mass of the balloon is
m₁ - m₂ = (m + 1500) - m = 1500 g
Answer: 1,500 g

Answer:
Answer 1,500 g
because if it has 1,500 g and it loses ALL of the gas...
then it will lose 1,500 g
Hope this Helps!