An isolated bacterium is allowed to grow in a nutrient-rich media under suitable conditions. what will be the growth pattern for a bacterial population under ideal conditions with unlimited resources?

What’s the student’s scientific question

According to the rna world hypothesis, rna acted as the genetic material and catalyzed reactions in ancient cells. what conclusion can you draw from this?               a.  this implies that dna and proteins aren't essential in cells today.    b.  this implies that rna can catalyze any chemical reaction that enzymes catalyze.    c.  this implies that if a cell has a problem with its dna, its rna can compensate for the damaged dna.    d.  this implies that dna and proteins evolved after rna.

Which would stop hardy-weinberg equilibrium from happening?