How to make a story by using the words: lithe, luminescence, mellifluous, mist, murmur, myriad, nebulous, opulent, penumbra, plethora

gawin mong tungkol sa babae na marunong kumanta na mabango palagi

answer:

1. TRUE

2. FALSE

3. TRUE

4. FALSE

5. TRUE

6. TRUE

7. TRUE

8. TRUE

9. TRUE

10. FALSE

Explanation:

I'm not sure about my answers but I do hope it helps.

answer:

active

Explanation:

answer:

Active

Explanation:

Because it is watched by the group of whatever it is.

answer:

Luminescence is spontaneous emission of light by a substance not resulting from heat or cold light.

answer:

Neoclassical architecture was modeled after the classical style and, as with other art forms, was in many ways a reaction against the exuberant Rococo style.

Explanation:

Neoclassical architecture is an architectural style produced by the Neoclassical movement that began in the mid-18th century in Italy and France which then became one of the most prominent and iconic architectural styles in the Western World.[1]

Château de Bagatelle in Paris, a small Neoclassical château

The development of archaeology was crucial in the emergence of Neoclassical architecture. Excavation sites like those in Pompeii and Herculaneum allowed architects to make in depth interpretations of Classical architecture and synthesize their own unique style.[2]

In form, Neoclassical architecture emphasizes the wall rather than chiaroscuro and maintains separate identities to each of its parts. The style is manifested both in its details as a reaction against the Rococo style of naturalistic ornament, and in its architectural formulae as an outgrowth of some classicising features of the Late Baroque architectural tradition. Therefore, the style is defined by symmetry, simple geometry, and social demands instead of ornament.[3] The classical architecture of today's architects must come under the heading of New Classicism.

answer:

Explanation:

THAT IS THE CORRECT ANSWER PLEASE BRAINLIEST ME I'M TEACHER OK ☺ ❤

answers;

Luminescence- is a process of giving off light without obtaining or generating heat. This can be caused by chemical or biochemical reactions, activity of subatomic particles, radiation or stress on a crystal.

Examples of Luminescence

Chemoluminescence - This process creates light through a chemical reaction. Common applications are glow sticks (cyalume sticks) and the forensic application for locating blood using luminol.

Crystalloluminescence - Light is made during crystallization and it is theorized that the light comes from small fractures in the crystal.

Electroluminescence - This occurs when an electromagnetic field is applied to solid or gaseous material. This excites the molecules and the substance glows. LEDs, or light-emitting diodes, are found in flat panel televisions and computer monitors.

Fluorescence - Fluorescent materials absorb light and then they glow for a certain time. In fluorescent light bulbs an electrical current runs through mercury vapor producing electrons that hit material that is painted on the inside of the bulb.

Phosphorescence - Phosphorescent materials also glow in the dark; but, their glow lasts longer than fluorescence, making them good for glow in the dark applications. Clocks and watches have phosphorescent paint on them.

Photoluminescence - This is a process where a substance absorbs photons and then re-emits them. The electromagnetic energy is absorbed at a certain wavelength and is emitted at a different wavelength which is most commonly longer.

Radioluminescence - Light from this process is made from using radiation or high energy particles to bombard a substance. This is used in medical physics and radar screens.

Sonoluminescence - This produces light from bubbles that are hitting one another when sound waves passed through the liquid. The sound waves cause bubbles which emit light when popped.

Thermoluminescence - Light comes from using heat to release of electrons that were trapped in a substance. This process is used in archaeological dating.

here's the answer

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that's my answer

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