The right answer is that a strongest bugs were able to survive pesticides, reproduce and create more resistant pests.
Pesticide resistance is a hereditary trait that gives an organism the ability to survive pesticide application at lethal doses for most individuals of the same species.
This resistance, manifested by the absence of inhibition, or reduced inhibition, of the development of a population of pests, may be natural or acquired.
* It is natural if the phenomenon is observed from the first application of a pesticide.
* It is called "acquired" if the phenomenon is observed only after several applications of a pesticide, as a result of the selection over several generations of naturally resistant individuals.
Harmful species develop resistance to pesticides through natural selection: the most resistant specimens survive and transmit their genetic traits to their offspring.
The first thing that happens when a new cell is produced from cell division is to grow rapidly.
When a cell is produced, the new cell immediately enters the interphase of the cell cycle. The interphase is characterized by 3 phases, namely:
The new cell immediately enters the G1 phase which is characterized by rapid growth and development of the cell. The cell increase in size and volume at this stage.
Thereafter, the cell enters the S phase where DNA is synthesized. the amount of DNA present in the cell is doubled during this phase.
Next is the G2 phase where the cell experiences the synthesis of proteins and other important biomolecules before entering an active division phase itself.
More on the cell cycle can be found here: brainly.com/question/12277305
B) mitochondria>vacuole>cell membrane
C) ribosome>endoplasmic reticulum>golgi complex>cell membrane
D) lysosome>endoplasmic reticulum>golgi complex>cell membrane
the answer is a. nucleus, vacuole, and cell membrane.