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When you place a magnifying glass over an ant and the sun is out, the light from the sun hits the convex glass and becomes concentrated at a certain point. That point will eventually become hot enough to burn the ant.

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10y ago
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4mo ago

When a magnifying glass focuses sunlight onto an ant, it concentrates the sunlight to a small spot, increasing the intensity of the heat at that point. The intense heat causes the ant's body tissue to burn, resulting in harm or death to the ant.

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Q: Why do ants burn under a magnifying glass?
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Related questions

Why must you look at the sun indirectly instead of directly?

If you look directly at it, it will burn your retina, like a magnifying glass burning ants.


What is the best material to burn with a magnifying glass?

Dry leaves or paper are good materials to burn with a magnifying glass since they ignite easily and burn quickly under focused sunlight. It is important to ensure proper safety measures are in place when conducting such experiments.


Can a hot day burn wood?

With a magnifying glass


How long does it take to burn a paper with magnifying glass?

The time it takes to burn a piece of paper with a magnifying glass depends on various factors such as the intensity of the sunlight, the distance between the magnifying glass and the paper, and the type of paper. Generally, it can take a few seconds to a couple of minutes to start a fire on the paper using a magnifying glass.


Is burning an ant with a magnifying glass considered as solar energy?

Yes, using a magnifying glass to burn an ant is considered utilizing solar energy. The magnifying glass focuses the Sun's rays to create heat that can burn objects, in this case, an ant.


Why magnifying glass can burn paper?

A magnifying glass can burn paper by concentrating sunlight onto a small area, causing it to reach high temperatures. The lens of the magnifying glass acts as a converging lens, focusing the sunlight into a small, intense spot that can generate enough heat to ignite the paper.


Here a magnifying glass can burn a whole in paper?

A magnifying glass can focus the sunlight into a small, intense spot on the paper, causing it to heat up and eventually burn a hole. The magnifying glass acts as a lens, converging the light rays to create a high enough temperature at the focal point to ignite the paper.


How long does it take to burn a paper using magnifying glass?

It depends on the color, so i can't answer that.


How does a plant burn when a magnifying glass and the sun join?

When sunlight is focused through a magnifying glass onto a plant, the intense heat energy creates a concentrated beam of light that can raise the temperature of the plant's tissues to the point of combustion, causing it to burn. The magnifying glass acts as a lens that concentrates the sunlight onto a specific spot, increasing the temperature rapidly localized on that area.


Why does a magnifying glass must be held so that the light from the sun forms a circular dot to burn paper?

A magnifying glass forms a circular dot where it focuses rays of light from the sun. The focus of a magnifying glass is at a distance from the surface of the glass itself. So a magnifying glass must be held [approximately] perpendicular to the line joining the sun and the target, and at a distance from the target which equals the focal length of the lens.


Why do objects burn when light shines through a magnifying glass?

When light is concentrated through a magnifying glass, it focuses the light energy onto a small area, increasing the intensity of the light and heat generated. This can raise the temperature of the object to a point where it can catch fire or burn.


What happens if you put a magnafying glass under the sun and there's a rainbow on the ground?

If you place a magnifying glass under the sun and there is a rainbow on the ground, the focused sunlight passing through the magnifying glass could potentially start a fire on the surface beneath where it is concentrated. The rainbow itself is caused by sunlight being refracted and reflected by water droplets in the air, and would not affect the magnifying glass's ability to concentrate the sun's rays.