because if its thick the light would be blocked.
The bulb thermometer is made of thin glass so as to detect the slightest change in temperature. It is made of thin glass for visibility as well.
The glass around the bulb is thin to allow light to pass through easily. Thicker glass would absorb more light and reduce the brightness of the bulb. Thin glass also helps to dissipate heat generated by the bulb efficiently.
The glass bulb on a lamp houses the filament and protects it from external elements such as dust and moisture. It also contains inert gas or a vacuum to prevent oxidation of the filament, enabling it to glow brightly.
The glass around the bulb in a thermometer is thin to allow for a quick transfer of heat from the environment to the bulb. This ensures that the temperature reading is accurate and responds rapidly to changes in temperature. Thicker glass would act as an insulator and slow down this heat transfer process.
It is a glass thermometer.
It is a glass thermometer.
The glass on the bulb of a clinical thermometer is thin to allow for rapid heat transfer between the body and the thermometer. This ensures that the thermometer can quickly and accurately measure the body's temperature. Additionally, thin glass reduces the risk of the thermometer causing discomfort when inserted into the mouth or underarm.
The bulb of a mercury thermometer is designed to contain a small volume of mercury that expands and contracts with temperature changes. The thin glass wall allows for efficient heat transfer between the bulb and the surrounding environment, ensuring accurate temperature measurements.
The glass around the bulb in a clinical thermometer (the conventional one) is thin because glass is not a good conductor of heat. The clinician and the patient don't want to wait half an hour to get a good temperature reading. By using the thinner glass, the transfer of heat into the thermometer's fluid will be more rapid than it would with an instrument with thicker glass.
Thermometer
It is made from paper coated in a thin layer of glue and then dusted in glass powder.
No, Thomas Edison did not invent the glass part of a light bulb. He is credited with creating the first practical and commercially successful electric light bulb in 1879, using a carbon filament inside a glass bulb. The glass part of the light bulb was typically made by glassblowers or other skilled artisans during that time.