Trying to solve this system of simultaneous equations. A solution with work shown would be appreciated.
$ae^{b(21.55c)}+d=52.45 $
$ae^{b(44.41c)}+d=107.594$
$ae^{b(53.627c)}+d=192.024 $
$ae^{b(57.056c)}+d=271.882$
$ae^{b(44.41c)}+d=107.594$
$ae^{b(53.627c)}+d=192.024 $
$ae^{b(57.056c)}+d=271.882$
Answer
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Savionf
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The answer is accepted.
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There's a point where a numerical solver is needed, in my opinion.
I can provide an analytical discussion about the solutions, but the offered bounty is too low.