Which explains what earth’s climate would be like if massive dust and ash from multiple volcanic eruptions would travel high into the atmosphere and around the world?

A.The dust and ash would block heat energy from the sun from reaching the surface, and the earth's climate would become cooler.

B.The dust and ash would block heat energy from the sun from reaching the surface, and the earth's climate would become warmer.

C.The dust and ash would absorb more heat energy from the sun into space, and the earth's climate would become cooler.

Question

Which explains what earth’s climate would be like if massive dust and ash from multiple volcanic eruptions would travel high into the atmosphere and around the world?  


A.The dust and ash would block heat energy from the sun from reaching the surface, and the earth's climate would become cooler. 

B.The dust and ash would block heat energy from the sun from reaching the surface, and the earth's climate would become warmer. 

C.The dust and ash would absorb more heat energy from the sun into space, and the earth's climate would become cooler.

anonymous · Answer

D. 
  The dust and ash would absorb more heat energy from the sun, and the earth's climate would become warmer.

anonymous · Answer

My answer is D or A @pooja195

anonymous · Answer

@cutiepie15

pooja195 · Answer

A is correct weather travels east to west it would also cause pollution and bad air quality