Dare [ T=580 mathrm(~K) m=0,7 ] [ ( Mraga )=2 mathrm(kn) t=300 mathrm(~K) t=4200 mathrm(~g) mathrm(~m) ( w.yag ) ] [ ( tcu )=320 mathrm(~m) ]

It appears that the provided information is incomplete or lacks context for a specific problem. To assist you effectively, I need a clear and complete question or problem statement. However, I can provide some general guidance based on the given data.Given:- Temperature - Mass - Pressure - Temperature - Mass - Volume If you are dealing with a thermodynamic problem, such as calculating work done by a gas, we can use the ideal gas law and the first law of thermodynamics. However, without a specific question, I can only outline the general steps:1. **Ideal Gas Law**: - Where is pressure, is volume, is the number of moles, is the gas constant, and is temperature.2. **First Law of Thermodynamics**: - Where is the change in internal energy, is heat added, and is work done by the system.If you have a specific question or need help with a particular calculation, please provide more details or clarify the problem statement.