It is hypothesized that both carbon and silicon could form the "backbone" of DNA.Using the figure below, which of the following scenarios might lead to a star system that has more silicon than carbon?
A) It formed in proximity to many high-mass stars, but few low-mass stars.
B) It formed near a large number of exploding white dwarf stars.
C) It formed near low-mass stars, but no high-mass stars.
D) It formed from "raw" material from the Big Bang.
E) It is a binary star system.

Question

It is hypothesized that both carbon and silicon could form the "backbone" of DNA.Using the figure below, which of the following scenarios might lead to a star system that has more silicon than carbon? 
A) It formed in proximity to many high-mass stars, but few low-mass stars. 
B) It formed near a large number of exploding white dwarf stars. 
C) It formed near low-mass stars, but no high-mass stars. 
D) It formed from "raw" material from the Big Bang. 
E) It is a binary star system.

Quizplus · Accepted Answer

The Answer of It is hypothesized that both carbon and silicon could form the "backbone" of DNA.Using the figure below, which of the following scenarios might lead to a star system that has more silicon than carbon? 
A) It formed in proximity to many high-mass stars, but few low-mass stars. 
B) It formed near a large number of exploding white dwarf stars. 
C) It formed near low-mass stars, but no high-mass stars. 
D) It formed from "raw" material from the Big Bang. 
E) It is a binary star system.

It Is Hypothesized That Both Carbon and Silicon Could Form