Any silvered or highly polished metal will reflect sunlight. But, a chromed surface (an electroplated surface of a thin layer of chromium onto a metal object) is very reflective and , apart from a looking-glass mirror, would be the most efficient.
The best type of saw for cutting metal efficiently and accurately is a metal-cutting bandsaw.
Type your answer here... Darker reds absorb sunlight were lighter reds reflect.
The bonding present in AlNi is metallic bonding. This type of bonding occurs between metal atoms, where electrons are free to move throughout the structure, allowing the metal to conduct electricity and heat efficiently.
Sheet metal screws or rivets are commonly used as fasteners for on-site assembly of metal ducts. These fasteners provide a secure hold and are easy to install, making them ideal for joining metal ductwork together quickly and efficiently.
Metal drill bits, also known as twist drill bits, are specifically designed for drilling into metal surfaces. These bits have a sharp point and spiral grooves that help to cut through metal efficiently.
light colored to reflect sunlight and ridged to dissipate heat
they will prefer sunlight- they will die if u give them artificial light. but there is a type of expensive light called Metal Halide or also called VHO Lighting
Solar panels are often blue because they are made with a special type of material called silicon, which absorbs sunlight more efficiently when it is blue in color. This helps the solar panels generate more electricity from the sunlight they receive.
Tinted car windows reduce glare and provide privacy by blocking some light transmission. They can reflect some light but are designed to absorb rather than reflect sunlight. Reflection may vary depending on the tint level and type of window film.
The bright type of sunlight
The answer is ((The Nature of Energy))
C: they are carbonaceous---made of silicate materials with a lot of carbon compounds so they appear very dark. They reflect only 3 to 4% of the sunlight hitting them. You can tell what they are made of by analyzing the spectra of sunlight reflecting off of them. This reflectance spectra shows that they are primitive, unchanged since they first solidified about 4.6 billion years ago. A sizable fraction of the asteroids are of this type. The asteroid called Mathilde, explored by the NEAR spacecraft is an example of this type.