What Happens When a Honeybee Flies Though the Air and Gains 16%, Infographic

A honeybee’s wings are covered in tiny hairs that create an electric charge when they rub together. When a bee flies through the air, it develops a charge of +16pc. This is due to electrostatic induction: when oppositely charged objects move near each other, they attract one another. The opposite charges on the bee and the air cause electricity to flow from the air into the bee’s body.

If you ever want to see this phenomenon for yourself, stand barefoot on a rug and then touch your hair with your finger! This is because the rug’s fibers are rubbing against each other, creating a static electricity charge. Your body will also develop an opposite charge when it touches your hair, which causes you to attract any nearby objects.

This is how the bee attracts its aerial insect prey!

The charge on a flying honeybee may be up to 600 volts, which is enough to kill small insects when it lands and grabs them with its legs. The bees can also use their electric shock weapon against large animals – like people! If you’re ever attacked by one of these little creatures, just grab it in your hand firmly so that none of your body parts are touching it (especially not your eyes!) Then release the animal outside as quickly as possible before they have a chance to give you a jolt of electricity. And don’t worry too much about getting shocked: if you do happen to get zapped, only 80% will survive without any permanent damage.

*Bees’ stingers are found inside the abdomen and are connected to the honeycomb by a long, barbed tube.

*It’s usually used for taking nectar back home.

*Most of their stings go unnoticed because they’re so small and so high up on the body.

The honeybee is a small, flying insect that gathers nectar and pollen to make food for its colony. They fly through the air in search of flowers or plants that have these resources. The bees must fight against gravity when they gather this food because it takes energy to go up into the sky with each flight. If you’re not paying attention while driving, your car may be within inches of an unsuspecting bee before you know it! When a honeybee flies through the air, it develops a charge of +16pc.:

It can attract dirt particles

Bees communicate using electrostatic charges on their antennae

 Honeybees are found around areas containing large amounts of water sources

Honeybees are very sensitive to the earth’s magnetic field

They will dance around when they have found a new source of nectar or pollen that is near their hive.

The bees communicate using an electrostatic charge on their antennae

Honeybees are most attracted by areas containing large amounts of water sources and it’s where we can find them in high numbers. This means there are many opportunities for honeybees to get lost, thirsty, injured, or killed as they fly through the air searching for food. But what happens when a honeybee flies through the air and gains 16%?

Electrostatics play a role! When you see two electric objects close together– like your fingertips touching one another–they generate invisible electricity. When a honeybee flies through the air, it develops a charge of +16pc. That’s because there is an electric field that is created when negative ions are in motion and they produce positive charges on objects nearby.

Do you know how you can feel static electricity when touching certain materials?

For example, silk feels scratchy because its fibers hold onto these electrons better than other fabrics do–and whenever your hand touches the fabric, some of those atoms be released into the air to cause that zapping sensation!

This means if two surfaces next to each other have opposite charges, then one will attract the other like magnets attracting metal needles or iron filings (which also happen to stick together). The bees use this effect as their primary way of navigation, and they charge up when flying near or through any electrical field.

This is also why bees are attracted to flowers—because the flower’s petals have charged particles on them that attract a bee’s body as it flies by–but this effect doesn’t work for all plants. A plant needs lots of surface area with charged particles in order to be attractive to a honeybee (and other insects). This means some flowers use nectar and pollen as bait, while others lure pollinators with their bright colors or even scents!