Metals in smartphone...

[dasari4kntr]

[Assam_Bhayya]

entha % content unte antha allowable limit ani valle decide chesedi kada, it’s benchmark safe limits.

btw, 10 yr old kid ki mild grey hair is stylish kada bro ippudu, salt and pepper look, 15 years ki max grey is futuristic advanced lifestyle 

[dasari4kntr]

2 minutes ago, Assam_Bhayya said:

entha % content unte antha allowable limit ani valle decide chesedi kada, it’s benchmark safe limits.

btw, 10 yr old kid ki mild grey hair is stylish kada bro ippudu, salt and pepper look, 15 years ki max grey is futuristic advanced lifestyle 

artham kaaledhu bro....

tappu naade...pegs vesunna...

[Assam_Bhayya]

1 minute ago, dasari4kntr said:

artham kaaledhu bro....

tappu naade...pegs vesunna...

Those metals cause harmonal disruption and cell damages in humans bro 

Njoy u r drink 🍺 cheers 

[dasari4kntr]

7 minutes ago, Assam_Bhayya said:

Those metals cause harmonal disruption and cell damages in humans bro 

Njoy u r drink 🍺 cheers 

sure..bro...i would love to learn this...

i will lift this thread tomorrow...

[Bendapudi_english]

15 minutes ago, dasari4kntr said:

artham kaaledhu bro....

tappu naade...pegs vesunna...

[Assam_Bhayya]

https://www.frontiersin.org/articles/10.3389/fenvs.2022.948041/full
 

[dasari4kntr]

1 minute ago, Assam_Bhayya said:

https://www.frontiersin.org/articles/10.3389/fenvs.2022.948041/full
 

i will read it…

[JaiBalayyaaa]

37 minutes ago, Assam_Bhayya said:

entha % content unte antha allowable limit ani valle decide chesedi kada, it’s benchmark safe limits.

btw, 10 yr old kid ki mild grey hair is stylish kada bro ippudu, salt and pepper look, 15 years ki max grey is futuristic advanced lifestyle 

 

33 minutes ago, dasari4kntr said:

artham kaaledhu bro....

tappu naade...pegs vesunna...

 

1 minute ago, Assam_Bhayya said:

https://www.frontiersin.org/articles/10.3389/fenvs.2022.948041/full
 

Phewwww! Metal ki alloy ki teda telusuko, don't bark fake information. 

[dasari4kntr]

5 minutes ago, Assam_Bhayya said:

https://www.frontiersin.org/articles/10.3389/fenvs.2022.948041/full
 

basically..i have this similar thought when i was reading about 5G...i thought more than 5G will cause harm...

but metals...is new perspective to me...

[dasari4kntr]

12 minutes ago, JaiBalayyaaa said:

 

 

Phewwww! Metal ki alloy ki teda telusuko, don't bark fake information. 

took chatgpt help....

 

Both metals and alloys play crucial roles in a variety of applications, from construction and transportation to electronics and jewelry. Here's a comparison between metals and alloys to help differentiate between the two:

1. Definition:

   • Metal: A naturally occurring element that is typically hard, shiny, malleable, fusible, and ductile. Examples include iron, gold, and aluminum.
   • Alloy: A substance composed of two or more metals, or a metal and a non-metal, that are combined, typically by melting them together. The purpose of creating an alloy is often to improve certain properties of the base metal, such as strength or corrosion resistance. Examples include steel (iron combined with carbon) and brass (copper combined with zinc).

2. Purity:

   • Metal: Generally refers to a single, pure elemental substance.
   • Alloy: A mixture of two or more elements, where at least one is a metal.

3. Properties:

   • Metal: Displays inherent properties of the pure element.
   • Alloy: Often has enhanced or different properties compared to the base metal, as the alloying process is intended to impart specific characteristics or improvements, such as increased strength, improved corrosion resistance, or changes in color.

4. Examples:

   • Metal: Copper, silver, gold, tin, etc.
   • Alloy: Bronze (copper and tin), stainless steel (iron, carbon, and chromium), solder (lead and tin), etc.

5. Usage:

   • Metal: Some metals like gold and copper have been used in their pure form for various applications for thousands of years.
   • Alloy: Alloys are often used when the base metal's properties need to be enhanced or modified for specific applications. For instance, while pure iron is soft and can corrode easily, its alloy (steel) is much stronger and can be made resistant to corrosion.

6. Conductivity:

   • Metal: Many metals are good conductors of electricity (e.g., copper, silver).
   • Alloy: The presence of non-metallic or other elements can reduce the electrical conductivity compared to the pure metal. However, this isn't always the case, and conductivity depends on the specific elements present in the alloy.

7. Melting Point:

   • Metal: Has a specific melting point.
   • Alloy: The melting point might differ from that of the constituent metals and can sometimes be lower than any single constituent metal, as seen in the case of solders.

In summary, while all alloys are metals (in the sense that they contain at least one metallic element), not all metals are alloys. The primary distinction is that metals are elemental and pure, while alloys are mixtures of two or more elements designed to have specific properties.

[JaiBalayyaaa]

3 minutes ago, dasari4kntr said:

took chatgpt help....

 

Both metals and alloys play crucial roles in a variety of applications, from construction and transportation to electronics and jewelry. Here's a comparison between metals and alloys to help differentiate between the two:

1. Definition:

   • Metal: A naturally occurring element that is typically hard, shiny, malleable, fusible, and ductile. Examples include iron, gold, and aluminum.
   • Alloy: A substance composed of two or more metals, or a metal and a non-metal, that are combined, typically by melting them together. The purpose of creating an alloy is often to improve certain properties of the base metal, such as strength or corrosion resistance. Examples include steel (iron combined with carbon) and brass (copper combined with zinc).

2. Purity:

   • Metal: Generally refers to a single, pure elemental substance.
   • Alloy: A mixture of two or more elements, where at least one is a metal.

3. Properties:

   • Metal: Displays inherent properties of the pure element.
   • Alloy: Often has enhanced or different properties compared to the base metal, as the alloying process is intended to impart specific characteristics or improvements, such as increased strength, improved corrosion resistance, or changes in color.

4. Examples:

   • Metal: Copper, silver, gold, tin, etc.
   • Alloy: Bronze (copper and tin), stainless steel (iron, carbon, and chromium), solder (lead and tin), etc.

5. Usage:

   • Metal: Some metals like gold and copper have been used in their pure form for various applications for thousands of years.
   • Alloy: Alloys are often used when the base metal's properties need to be enhanced or modified for specific applications. For instance, while pure iron is soft and can corrode easily, its alloy (steel) is much stronger and can be made resistant to corrosion.

6. Conductivity:

   • Metal: Many metals are good conductors of electricity (e.g., copper, silver).
   • Alloy: The presence of non-metallic or other elements can reduce the electrical conductivity compared to the pure metal. However, this isn't always the case, and conductivity depends on the specific elements present in the alloy.

7. Melting Point:

   • Metal: Has a specific melting point.
   • Alloy: The melting point might differ from that of the constituent metals and can sometimes be lower than any single constituent metal, as seen in the case of solders.

In summary, while all alloys are metals (in the sense that they contain at least one metallic element), not all metals are alloys. The primary distinction is that metals are elemental and pure, while alloys are mixtures of two or more elements designed to have specific properties.

That's not what I meant lol. Rare earth metals toxicity ani vaad oka Frontiers journal link esadu. The metal in an alloy is different from the metal in its pure state. In other words, just because a metal maybe harmful, it will not necessarily be harmful in a alloy or in liquid crystal state. Besides, the amount of rare earth metals in your display screen is so minute that it hardly constitutes as being toxic. People have come a long way since the time they used lead pipes for water. 

[Assam_Bhayya]

24 minutes ago, JaiBalayyaaa said:

That's not what I meant lol. Rare earth metals toxicity ani vaad oka Frontiers journal link esadu. The metal in an alloy is different from the metal in its pure state. In other words, just because a metal maybe harmful, it will not necessarily be harmful in a alloy or in liquid crystal state. Besides, the amount of rare earth metals in your display screen is so minute that it hardly constitutes as being toxic. People have come a long way since the time they used lead pipes for water. 

Control your tongue brother, bark, vaadu antha avasaram ledu, if u have a point make it, if I’m wrong n u r correcting, be a teacher, idhi political thread kaadu kada, knowledge pradarshana lo konchem sanskaram kuda unte it’s good for everyone.

btw hats off to your knowledge thanks for sharing it anna

[Konebhar6]

1 hour ago, dasari4kntr said:

artham kaaledhu bro....

tappu naade...pegs vesunna...

Anna nee other side vache chance emanna unda ?  

[dasari4kntr]

34 minutes ago, JaiBalayyaaa said:

That's not what I meant lol. Rare earth metals toxicity ani vaad oka Frontiers journal link esadu. The metal in an alloy is different from the metal in its pure state. In other words, just because a metal maybe harmful, it will not necessarily be harmful in a alloy or in liquid crystal state. Besides, the amount of rare earth metals in your display screen is so minute that it hardly constitutes as being toxic. People have come a long way since the time they used lead pipes for water. 

 

12 minutes ago, Assam_Bhayya said:

Control your tongue brother, bark, vaadu antha avasaram ledu, if u have a point make it, if I’m wrong n u r correcting, be a teacher, idhi political thread kaadu kada, knowledge pradarshana lo konchem sanskaram kuda unte it’s good for everyone.

btw hats off to your knowledge thanks for sharing it anna

i respect both of you...just share info bro...dont fight...

i always believe in......thesis + anti thesis => synthesis...

enlighten me with your info...give me and others a new perspective of thinking on this topic....