Please help me answer so I can check if mine is correct

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To do this, you will need to model cooling the soup in order to come up with a quantitative prediction of how many ice cubes you should add. Be sure to include any relevant: Assumptions with Justifications: These should be clearly stated (ie in a PURPLE text box) near the beginning of your solution. Justification Annotations: These should be included using text boxes throughout your solution explaining why you made the particular choices that you did for your representations AND describe how the representations are consistent with one another. Graphical Representations: These must be complete (ie. have titles with units, have all relevant components, etc.) as shown on the model sheets in Modules. Scroll down from the "Course Information" heading until you see "Model Sheets"). Algebraic Representations: These should have terms with relevant subscripts and appear in an easy to follow, logical manner that culminate in a quantitative prediction used to answer the Big Question. Be sure to include any additional definitions from physics formalisms that you use and explicitly show any physical quantity conversions. Argument(s): Specifically, the answer to the Big Question must be in the form of an Argument using the CER framework. Below are some questions and prompts to help in case you get stuck. Guiding Questions and Prompts: You do not need to answer these questions explicitly (i.e. provide a list of answers). However, your overall solution should demonstrate that you know all of these answers. 1. 2. . What additional information about tomato SOLID and ice do you need in order to have a complete Tell a story of cooling the tomato soup. What information do you know at the beginning and end of the story? What representation will help you tell a story? How many of these representations might you need? representation of each substance? Is there a way you can answer this question by making assumptions? How might you justify each of these? . Tomato soup consists of tomato soup concentrate and water. How might you use this information to model tomato soup? Ice is made of water that comes from the freezer. How might you model the ice cooling the soup? . What representation(s) can help you construct an algebraic representation that will allow you to come up with a quantitative prediction about the number of ice cubes you need? . What does your final quantitative answer mean? How will you answer the Big Question based on your Evidence? What Reasoning will you include? From past experience, you know that the soup is too hot to have immediately without burning your mouth. But because you're 20f7 impatient, you want to add ice W to your soup so that it quickly cools to a safe and enjoyable temperature.- The Big Question is: How should you prepare your soup so that it's delicious and enjoyable? Specifically, (1) how long should you microwave your soup so that itjust starts boiling, and (2) how many ice cubes should you add to reach the enjoyable temperature? In case you need some resources. here's a link to our Physics Formalisms. Your task is to answer the Big Question in the form of an argument using the Claim, Evldence, Reasoning framework. To do this, you will need to model cooling the soup in order to come up with a quantitative prediction of how many ice cubes you should add. Be sure to include any relevant: o Assumptions with Justifications: These should be clearly stated (is in a PURPLE text box) near the beginning of your solution. 0 Justification Annotations: These should be included using text boxes throughout your solution We the