zach listed the process of how laser beams are produced with crystals. 1. a flashlamp pumps energy through…

zach listed the process of how laser beams are produced with crystals. 1. a flashlamp pumps energy through the crystal. 2. atoms in the crystal absorb and then release some of the energy as light. 3. light bounces off mirrors and occasionally bounces off crystal atoms, increasing in energy. 4. some light escapes the tube through the highly reflective mirror, forming a concentrated beam. which best describes zachs error? the crystal pumps energy through the flashlamp; the flashlamp does not pump energy through the crystal. the atoms in the crystal do not release energy; they only absorb energy. light does not bounce off mirrors; it focuses through glass lenses. light escapes through the partially reflective mirror, not the highly reflective mirror.

zach listed the process of how laser beams are produced with crystals. 1. a flashlamp pumps energy through the crystal. 2. atoms in the crystal absorb and then release some of the energy as light. 3. light bounces off mirrors and occasionally bounces off crystal atoms, increasing in energy. 4. some light escapes the tube through the highly reflective mirror, forming a concentrated beam. which best describes zachs error? the crystal pumps energy through the flashlamp; the flashlamp does not pump energy through the crystal. the atoms in the crystal do not release energy; they only absorb energy. light does not bounce off mirrors; it focuses through glass lenses. light escapes through the partially reflective mirror, not the highly reflective mirror.

Answer

Brief Explanations:

In laser - production with crystals, light escapes through the partially reflective mirror, not the highly reflective one. The highly reflective mirror reflects most of the light back into the laser cavity for further stimulated emission, while the partially reflective mirror allows some light to exit as the laser beam.

Answer:

Light escapes through the partially reflective mirror, not the highly reflective mirror.