How do you make a pinhole camera with a shoebox for Class 6?

How do you make a pinhole camera with a shoebox for Class 6?

Put a lamp in the room and turn it on. Holding the pinhole camera at arm’s length, try to keep it as steady as possible. Point the side with the pencil hole at the lamp; place the blanket over your head and half of the shoebox. Look at the wax paper screen and you should see the inverted image of the lamp.

How will you make a pinhole camera explain its working?

A pinhole camera is a simple camera without a lens but with a tiny aperture (the so-called pinhole)—effectively a light-proof box with a small hole in one side. Light from a scene passes through the aperture and projects an inverted image on the opposite side of the box, which is known as the camera obscura effect.

How do you make a pinhole camera science project?

1. Use a ruler to measure two inches up from the bottom of the chip can, and mark the spot. Do this several more times around the can, then connect the marks so you have a line going all the way around. Cut the can in two pieces along this line. 2. Make a hole in the center of the metal bottom of the can.

How do you make a pinhole camera out of cardboard?

Cut out a small piece of cardboard that will fit the front of your camera on top of the hole you made. Color it black on the inside and cover it with black tape. , and attach this in front of the hole so that no light can sneak in. Once your paint is dry, attach the shutter to the front of the camera’s drilled hole using black tape.

What should students do with their pinhole cameras?

Ask students to look at the light sources through their pinhole cameras. Remind them to look through the waxed paper end. The image they see should be a bit fuzzy, but identifiable. Students can move their cameras closer and farther away from the light sources and see what effect that has on the images.

What can you do with a pinhole projector?

One of the best ways is to build a pinhole projector so that you can project the image of the sun rather than look at it directly. In this STEM activity, kids can learn how to design and engineer a box pinhole projector to use for safely viewing solar eclipses.