Can someone please help with Question 1 -2. I have asked this 4 times and nobody is helping just wasting my question. This my last 2 questions so please answer all or don't answer at all. Don't draw a picture explain

Please type in your values in the text box provided. For questions that require calculations, please show all formulas used and detailed algebra steps concluding with the nal numerical result. For questions that require text, please use complete sentences. Please label each answer with the appropriate number corresponding to the problem number below and press "return" after each answer to leave a blank line between values to make your thoughts more readable. 1. String one has 25 g on its mass hanger and is located at an angular position of 0. String two has 38 g of mass on the mass hanger and is located at an angular position of 180. Is there a third string that can be added such that it brings the system into equilibrium if the angular position of this third string is not 0 or 180? Support your answer with a detailed explanation or mathematical analysis. 2. String one has a mass of 13 g on its mass hanger and so does string two. If string three has a mass of 39 g on it, is it possible to adjust the angular positions of the strings (or pulleys) so that the system is in equilibrium? Support your answer with a detailed explanation or mathematical analysis