11051 pts ยท December 27, 2013
Got pickles?
.
I vow not to repost anymore, each pickle I post, will be slightly more zoomed in than the last
sex or nah?
As an overweight ginger man, we all are, all the time.
@ImAHeckingMerman
Sweet, thanks, more books for my to read list.
You seem to have good taste, if you make another one of these, tag me please.
In which case you press next until you've seen the episode.
connect a 100Mohm resistor, it would require 100kV
heavily dependent on the circuit, connect any resistor across 2 battery terminals and it's still at X volts, but for say a 1mA source, if we
Also when dealing with electrical equipment in labs, it's far more common to have a voltage source than a current source as current is
http://carbatteryonline.net/car-battery-tester.html for car battery, obviously other types of batteries have different life spans
A resistor can only dissipate power as heat,other sources like an LED or motor dissipate power as light or rotation in combination with heat
The circuit above is pretty efficient, it's designed to create a hot cutting element, a low resistance wire does this.
With a 12 volt battery,a full charge is considered 12.6V,while a dead battery is considered 11.9V, within 5% of 12V~constant. Also AC mains.
We generally deal with constant voltage sources ie, batteries
and voltage across of the battery.
For instance, in a battery the power generated by the battery is also IV where I and V are the current through
where I is the current through the resistor. This relation P=IV is correct for any component
P=delta(qV)/delta(t)=IV
when it hits the ground. We refer to this conversion of potential energy into heat as dissipation
This energy goes into heat, much like the way a ball of putty that falls off a cliff converts its potential energy to heat
As a charge q moves through a resistor, it loses a potential energy qV where V is the potential drop across the resistor.
A low R creates a large I, this creates more heat.
Heat generated by resistance is proportional to the resistance and the current squared* Current has a much larger impact on the heat than R
https://www.physicsforums.com/threads/resistance-of-a-heating-element.5608/#post-71718
from your own site ((y))
.
I vow not to repost anymore, each pickle I post, will be slightly more zoomed in than the last
.
.
.
sex or nah?
As an overweight ginger man, we all are, all the time.
@ImAHeckingMerman
Sweet, thanks, more books for my to read list.
You seem to have good taste, if you make another one of these, tag me please.
In which case you press next until you've seen the episode.
connect a 100Mohm resistor, it would require 100kV
heavily dependent on the circuit, connect any resistor across 2 battery terminals and it's still at X volts, but for say a 1mA source, if we
Also when dealing with electrical equipment in labs, it's far more common to have a voltage source than a current source as current is
http://carbatteryonline.net/car-battery-tester.html for car battery, obviously other types of batteries have different life spans
A resistor can only dissipate power as heat,other sources like an LED or motor dissipate power as light or rotation in combination with heat
The circuit above is pretty efficient, it's designed to create a hot cutting element, a low resistance wire does this.
With a 12 volt battery,a full charge is considered 12.6V,while a dead battery is considered 11.9V, within 5% of 12V~constant. Also AC mains.
We generally deal with constant voltage sources ie, batteries
and voltage across of the battery.
For instance, in a battery the power generated by the battery is also IV where I and V are the current through
where I is the current through the resistor. This relation P=IV is correct for any component
P=delta(qV)/delta(t)=IV
when it hits the ground. We refer to this conversion of potential energy into heat as dissipation
This energy goes into heat, much like the way a ball of putty that falls off a cliff converts its potential energy to heat
As a charge q moves through a resistor, it loses a potential energy qV where V is the potential drop across the resistor.
A low R creates a large I, this creates more heat.
Heat generated by resistance is proportional to the resistance and the current squared* Current has a much larger impact on the heat than R
https://www.physicsforums.com/threads/resistance-of-a-heating-element.5608/#post-71718
from your own site ((y))