**Educational Content: Calculating Initial Mass Flow of Air in a Balloon**### Problem Statement:The balloon has a mass of 15 grams (empty) and is filled with air at a temperature of 20°C, with a density of 1.202 kg/m³. When released, the balloon accelerates upward at 8 m/s².### Objective:Determine the initial mass flow of air from the stem. Assume the balloon is a sphere with a radius of 200 mm. Express the answer using three significant figures.### Diagram Explanation:The image depicts a spherical balloon with an upward acceleration of 8 m/s². The radius of the sphere is given as 200 mm. The stem through which the air flows out has a diameter of 5 mm.### Task:- Use the given physical properties and conditions to calculate the initial mass flow rate of air.- Ensure the calculations are precise, providing the answer in grams per second (g/s).### Calculation Space:A formula box is provided to input the calculated answer, alongside a submission button. Four attempts are available to input the correct values.### Feedback:It is possible to review previous answers or request help if needed. Any incorrect answer will be marked, and attempts will be deducted.### Instructions:Think critically about the forces involved, apply relevant physics equations, and remember to convert units when necessary to obtain the correct mass flow rate.

Answered: Image /qna-images/answer/cb0b9820-5819-4227-bd0a-ac1a158cc8cd.jpg

Answered: The balloon has a mass of 15 g (empty)…

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