Feed them with sugar syrup.
Honey does not come out of a bee's body. Bees collect nectar from flowers and take it back to the hive where it is spread in cells in the honeycomb. The combination of warmth and air flow in the hive evaporates water from the nectar, and the result is honey.
After the bees have made the honey, they store it in honeycombs; small cells sealed with wax. If these honeycombs are made a certain way, they can be remover and replaced easily. A beekeeper takes out the honeycomb, cuts the wax off, and lets the honey flow out into a collection container (then replaces the used honeycomb). The honey is then taken away and processed into what we see in the jars at the supermarket.
Bees make honey from nectar which they collect from flowers. Enzymes in the bee's saliva help break down the more complex sugars in the nectar, for example, sucrose is converted into glucose and fructose. They then put the nectar into honeycomb cells. Worker bees maintain a flow of air through the hive by fanning with their wings and this, together with the warmth in the hive evaporates water from the nectar. Once the bees think the water level is low enough the bees cover over the honey cell with a cap of wax to preserve it. This is when the honey is ready to collect.
Worker bees will often stand at the hive entrance or on the combs and fan with their wings to circulate air through the hive. This circulating air will help the evaporation of water from the nectar, concentrating it into honey.
Yes, they do. Bees collect nectar from flowers, or sometimes honeydew from insects like aphids. Nectar and honeydew are mainly water, with various dissolved sugars and traces of other substances such as vitamins and minerals. Enzymes produced by glands in the bee's mouth start to break down the more complex sugars, such as sucrose into glucose and fructose. When the bee returns to the hive it regurgitates the nectar into a honeycomb cell. The heat generated by the bees within the hive together with the flow of air through the hive evaporate water from the nectar, turning it into honey. When the bees think it is ready they cover the cell with a cap of wax to preserve the honey.
They build damns which can stop the flow of water.
Most beehives, whether Langstroth or other designs, can be multi-level. The queen lives in the bottom chamber together with the other bees, and it is here that the eggs are laid in cells and the larvae grow and pupate. The bees also store some honey and pollen near the brood ready for feeding to the larvae. When there is a good supply of nectar from the flowers the bees will make more honey than they need for immediate consumption, and they will tend to store it above the brood cells. Beekeepers place a special grid called a queen excluder above the brood chamber and then put another box containing more combs above it. The worker bees can get through the queen excluder, but the queen can't because she is just too big. The bees will store honey in this upper box, called a super (from super, meaning above) but as the queen can't get in, there will be no eggs or brood. When the beekeeper takes honey from the hive, he only takes it from the super. If there is a really good flow of nectar, there may be two, three, or even more supers on the hive.
Most beehives, whether Langstroth or other designs, can be multi-level. The queen lives in the bottom chamber together with the other bees, and it is here that the eggs are laid in cells and the larvae grow and pupate. The bees also store some honey and pollen near the brood ready for feeding to the larvae. When there is a good supply of nectar from the flowers the bees will make more honey than they need for immediate consumption, and they will tend to store it above the brood cells. Beekeepers place a special grid called a queen excluder above the brood chamber and then put another box containing more combs above it. The worker bees can get through the queen excluder, but the queen can't because she is just too big. The bees will store honey in this upper box, called a super (from super, meaning above) but as the queen can't get in, there will be no eggs or brood. When the beekeeper takes honey from the hive, he only takes it from the super. If there is a really good flow of nectar, there may be two, three, or even more supers on the hive.
It is thick and does not flow fast, just like honey.
Draw and explain circular flow model
resistance of flow such as honey
in loop when draw a flow chart of table 2