When light hits the mirror is sent back. It then collises together and makes a focal point. The distance between the mirror and the focal point makes the focal length.
When light hits the mirror it is sent back. It then collides together and makes a focal point. The distance between the mirror and the focal point makes the focal length.
When light hits the mirror it is sent back. It then collides together and makes a focal point. The distance between the mirror and the focal point makes the focal length.
Concave and convex mirrors are basically mirrors that are bent. It's sort of like if you were to take a mirror that's shaped like a ball, and cut off one side of it. With a concave mirror, it's like you're looking at the mirror from what would be the inside of the ball, so it looks like the mirror is curving in towards you. But with a convex mirror, it's like you're looking at the mirror from what would be the outside of the ball, so it curves away from you By sean lackey
When light hits the mirror it is sent back. It then collides together and makes a focal point. The distance between the mirror and the focal point makes the focal length.
When light hits the mirror is sent back. It then collises together and makes a focal point. The distance between the mirror and the focal point makes the focal length.
ReplyDeleteWhen light hits the mirror it is sent back. It then collides together and makes a focal point. The distance between the mirror and the focal point makes the focal length.
ReplyDeletewhen light hits the mirror it creates a focal point.then the distance between the mirror.
ReplyDeletewhen light bounces back,light hits the mirror it shines back
ReplyDeletewhen light hits a mirror it creates what is called a focal point
ReplyDeleteWhen light hits the mirror it is sent back. It then collides together and makes a focal point. The distance between the mirror and the focal point makes the focal length.
ReplyDelete-GooF
When light hits the mirror is sent back. It then collises together and makes a focal point.
ReplyDeletewhen light bounces back light hits the mirror it shines back
ReplyDeleteshelby hurst
when light bounces off mirrors
ReplyDeleteConcave and convex mirrors are basically mirrors that are bent. It's sort of like if you were to take a mirror that's shaped like a ball, and cut off one side of it. With a concave mirror, it's like you're looking at the mirror from what would be the inside of the ball, so it looks like the mirror is curving in towards you. But with a convex mirror, it's like you're looking at the mirror from what would be the outside of the ball, so it curves away from you
ReplyDeleteBy sean lackey
when light hits the mirror it creates a focal point.then the distance between the mirror.
ReplyDeletelight creates a focal point then it shines back
ReplyDeleteWhen light hits the mirror it is sent back. It then collides together and makes a focal point.
ReplyDeletelight hits the mirror and bounces back at an angle.the light rays then come together at a point called the focal point.
ReplyDeletewhen light hits the mirror it bounces back(shines)
ReplyDeletelight bounces back
ReplyDeletewhen light hits the mirror it creates a focal point.then the distance between the mirror. Which make the focal point.
ReplyDeleteLight hits the mirror and bounces back at an angle and forms a focal point.
ReplyDeletewhen light hits the mirrior, it creats a focal point
ReplyDeletelight hits the mirrors then bounces off
ReplyDeleteWhen light hits the mirror it is sent back. It then collides together and makes a focal point. The distance between the mirror and the focal point makes the focal length.
ReplyDeleteLight hits a mirror then comes back at a Focal Point
ReplyDelete1st block....(cody taylor)...when light hits the mirror it creates a focal point.then the distance between the mirror.
ReplyDeleteby light hitting the mirror and creating a focal point
ReplyDeletewhen light waves hit a mirror they bounce back and collaspe to make a focal point
ReplyDeleteWhen a light hits the mirror , it comes back.
ReplyDelete