Question: question below: Can you use the pairing sc-3 a=0, b=3, c= -1, d= 3, x(0)=[4,7] You are designing an online dating app. Each user has

question below: Can you use the pairing sc-3 a=0, b=3, c= -1, d= 3, x(0)=[4,7]
![-1, d= 3, x(0)=[4,7] You are designing an online dating app. Each](https://s3.amazonaws.com/si.experts.images/answers/2024/06/667a24f8dc6e3_888667a24f8aa827.jpg)


You are designing an online dating app. Each user has a love profile that governs how they tend to love. For example, Garth's love style is Simple (S). when Garth is in love with someone, he falls more deeply in love the more that person loves him. On the other hand, Hanna has a more Complicated (C) love style. She likes the feeling of being in love, which in turn makes her love grow even more. To temper this, the more her love interest loves her, the less love she is inclined to feel for that person. The following details of this example demonstrate how we can model this situation using a system of linear differential equations. Let G(t) represent Garth's love for Hanna at time t years, and H(t) Hanna's love for Garth at time tyears. The rate of change of Garth's love for Hanna is proportional to her love for him. So we could write that as G'(t) = b H(t), where b>0 is some proportionality constant. The more Hanna loves Garth, the better she feels, inspiring her to love him even more. This means the rate of change of her love for Garth, H'(t), is proportional to her love for Garth, H(t), and d>0will be the proportionality constant for that. The more Garth loves Hanna, though, she is less inclined to love him. And so we're going to have a negative proportionality constant c times G(t), where c0,c>0. SIC-1:a=0,b>0,c
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