Excessive heat may speed up the sublimation process of mothballs, causing them to vaporize more quickly. However, the complete disintegration of mothballs depends on several factors, such as temperature, air circulation, and material composition.
A moth egg typically weighs less than 1 milligram, as they are very small and lightweight.
Lab: Melting / Freezing Point of NaphthaleneObjective: In this lab, you will investigate the melting and freezing point of the substance, naphthalene (moth ball flakes). You will heat solid naphthalene and record temperature changes and examine the graph to determine the melting point of the substance. You will then cool naphthalene and record temperature changes in order to determine the Freezing point of the substance Part A: What happens to temperature as naphthalene melts?Objective: As heat is applied to liquid naphthalene, the temperature rises. As the temperature rises, the naphthalene will eventually start to melt. This lab experiment tries to answer the question: what happens to the temperature of naphthalene as it melts? In this lab, you will heat the liquid naphthalene, and record the temperature changes. You will graph the temperature changes before drawing any conclusions.Part B: Determining the freezing point of naphthaleneObjective: Freezing point is a characteristic property of matter. As heat is taken away from a liquid, the temperature of that liquid decreases as the substance begins to freeze. This lab experiment tries to answer the question: what is the freezing point of an unknown liquid (naphthalene)? In this lab, you will cool liquid naphthalene, and record the temperature changes. You will graph the temperature changes before drawing any conclusions.
The greater wax moth holds the record for being able to detect ultrasonic sounds as quiet as 0.006 Pa, which is equivalent to the faintest whisper. Its specially adapted ears allow it to pick up on these faint sounds for mating and predator detection.
Common White Wave (Cabera pusaria) is a species of moth that occurs naturally in North America. The creation of this species dates back to its evolutionary development over thousands of years and is not a man-made creation or invention.
The sphere with more mass will reach the ground first because it has more inertia and it's speed and acceleration are less affected by the resistance caused by the air (it also has a higher terminal velocity). If dropped in a vacuum, however, they would both accelerate at the same speed and hit the ground simultaneously.
Yes, heat plays a large roll in the disintegration of moth balls. Ventilation is another main factor in disintegration of moth balls.
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It will take ventilation and time.
Moth balls do not control gophers. They do tend to repel them as they do not like the scent of the moth ball though.
moth ball and air
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Moth ball fumes do not cause memory loss, but they have been reported to cause dazedness, erratic behavior, and other odd symptoms.
depends on the type of moth ball and where being used...naphthalene moth balls just repel insects...paradichlorabenzine, will kill insects if they are in an enclosed environment Lar
53km/h, 14.72m/s or 6.79seconds/100metres
Certain moths and other insects emit a smell similar to a moth ball. If you smell this in your home it probably means you have an insect infestation.
Granulated charcoal available at home stores.