Answer:
D, Gene flow had been reduced between flies that feed on different food.
Explanation:
After a caterpillar eats a leaf, it can convert the chemical energy into mechanical energy to help it build a cocoon.
They look at during a health inspection potentially hazardous foods that require precise time and temperature maintenance.
The purpose of the health inspector is not to close down a restaurant but rather to uphold regional hazardous food laws and instruct personnel on safe food handling procedures. Here are a few things an inspector will look closely at when inspecting your restaurant.
Items that directly relate to foodborne disease are deemed critical. These are marked on inspection forms by many counties as "red" items. Critical things include the following, as examples:
Be sure to wash your hands properly.
Verify if the source of the food is reputable.
Make sure cooked items are quickly chilled within the acceptable time frame.
Verify that the sanitizer concentration in commercial dishwashers is appropriate.
Check to see if any products raw or cooked or ready to serve haven't been contaminated with each other.
Learn more about hazardous foods here:
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Explanation:
Wind energy, or wind power, is created using a wind turbine, a device that channels the power of the wind to generate electricity. The wind blows the blades of the turbine, which are attached to a rotor. The rotor then spins a generator to create electricity . Wind energy is a renewable energy source that is clean and has very few environmental challenges. Wind power actually starts with the Sun. In order for the wind to blow, the Sun first heats up a section of land along with the air above it. That hot air rises since a given volume of hot air is lighter than the same volume of cold air. Cooler air then rushes in to fill the void left by that hot air and voila: a gust of wind. The Office of Energy Efficiency and Renewable Energy describes a wind turbine as “the opposite of a fan.” Simply stated, the turbine takes the energy in that wind and converts it into electricity. So how does it do that? First, the wind applies pressure on the long slender blades, usually 2 or 3 of them, causing them to spin, much like the wind pushes a sailboat along its path through the water. The spinning blades then cause the rotor, or the conical cap on the turbine, and an internal shaft to spin as well at somewhere around 30 – 60 revolutions per minute. The ultimate goal is to spin an assembly of magnets in a generator which will, well, generate voltage in a coil of wire thanks to electromagnetic induction. Generators require faster revolutions, however, so a gear box typically connects this lower speed shaft to a higher speed shaft by increasing the spin rate to around 1000 to 1800 revolutions per minute. These gear boxes are costly as well as heavy, so engineers are looking to design more “direct-drive” generators that can work at the lower speeds.
Answer:
I think the answer is Maintenance
Explanation:
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