To add the polynomials \(3 - 2p - 5p^2\) and \(p^4 - 3p + 4\), we align like terms:
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Start with the polynomial expressions: \[ (3 - 2p - 5p^2) + (p^4 - 3p + 4) \]
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Combine the terms:
- The \(p^4\) term is from the second polynomial: \(p^4\)
- The \(p^2\) term is from the first polynomial: \(-5p^2\)
- The \(p\) terms are \(-2p\) and \(-3p\), which combine to \(-5p\)
- The constant terms are \(3\) from the first polynomial and \(4\) from the second polynomial; together they sum to \(7\).
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Putting it all together, we get: \[ p^4 - 5p^2 - 5p + 7 \]
Thus, the resulting polynomial expression is: \[ \boxed{p^4 - 5p^2 - 5p + 7} \]
This matches the first response option provided: \(p^4 - 5p^2 - 5p + 7\).