@@HarisDark AC (Alternating Current) is considered more dangerous than DC (Direct Current) because it can cause more severe muscle contractions and interfere with the heart's rhythm, increasing the risk of cardiac arrest. This is due to AC's changing frequency, which can take a more erratic path through the body, causing more damage.
In an alternating current (AC), the polarity and direction of the current change periodically. This occurs because AC involves the flow of electric charge that regularly reverses direction. This reversal is typically represented as a sine wave, where the current alternates between positive and negative values. The continuous change in polarity and direction allows for efficient transmission of electrical power over long distances and is a key characteristic of AC systems.
Sir we are waiting for your next vedio that HOUSE CIRCUITS
uploaded now
Good experience sir ji ❤
Very intalejent sir❤❤❤❤
Thanks sir
Sir G please upload electromagnetism
We are waiting for this chapter
And examination is near
InshaAllah very soon
Shukriya Sir ❤
Very nice
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@@chocolaty8880 your welcome
Jai shree ram sir 🕉️🚩💪
Which one is dangerous and why
@@HarisDark AC (Alternating Current) is considered more dangerous than DC (Direct Current) because it can cause more severe muscle contractions and interfere with the heart's rhythm, increasing the risk of cardiac arrest. This is due to AC's changing frequency, which can take a more erratic path through the body, causing more damage.
Voery nice❤❤❤❤
sir is there are more example of dc current ??
@@ItxCR7kingdom battery, solar penal, cell, all these are provided dc.
Thanks❤❤
Sir ye AC mein polarity aur direction kis waja se change hote hai
In an alternating current (AC), the polarity and direction of the current change periodically. This occurs because AC involves the flow of electric charge that regularly reverses direction. This reversal is typically represented as a sine wave, where the current alternates between positive and negative values. The continuous change in polarity and direction allows for efficient transmission of electrical power over long distances and is a key characteristic of AC systems.
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