well, it depends on the individual. IIRC, 240volt Residual Current Device (AKA ELCB) designed to protect life operate at 60mA which requires a 'simple' body resistance of 4000 ohms. However, this doesn't take account of AC resistance (includes capacitive and reactive impedance) which is dependant on frequency! So, at 110v DC (you don't mention AC or DC voltage) a body resistance of below 2000 would result in a potentially lethal current ... I wouldn't want to test it however - I've had two 240v AC shocks and, to be honest, that's enough. I've 'felt' 110v AC 60Hz and also 110v AC 400Hz - the 400Hz definatly cought my attention .....
Resistors are used for many things in an electronic circuit, including creating a voltage drop at some point; attenuating noise on a signal before it reaches the output stage; in combination with transistor devices, split a signal into 2 opposite phases; present a minimum load to a device to keep it working at its optimum point; to create an appropriate bias level for transistor device inputs; to control a timing circuit in conjunction with a capacitor; to create a tuned circuit in conjunction with an inductor, and/or a capacitor . . . . and the list goes on . . .
The current through 100,000 ohms with 9 volts applied is (9/100000) = 0.00009 Ampere = 0.09 mA (milliampere) = 90 uA (microamperes). Even if this level of current goes in one hand and out the other, you don't notice it, and neither does the battery.
Electric Current I= V/R where V is volts and R is resistance; Magnetic Current I=Hw where H is the Magnetic Intensity and w is the wave distance.
It is true that the magnitude of current flow through the body determines the effects that occur. The path taken through the body is also responsible for the final outcome. For example the extremities will survive with higher current flow than the heart. There are a lot of factors that effect the magnitude of current flow, body resistance can be one variable. This changes from person to person, and from day to day , as well as conditional. For example wet hands will reduce the resistance to current flow and increase the magnitude of current through the body, dry, dirty hands/skin will have the opposite effect. With all other factors being equal (body resistance, path of current etc) The one variable that will 'push' more current through the body is the voltage level. Low voltage (less than 50V) typically has little effect. Where high voltage such as 4160V dramatically decreases your odds of survival.
Not sure, in my 9th standard (level of Indian standard education),we studied about conductors....."when temperature increases conductivity of a conductor is also increases". but it is not true in all case because of the properties of the conductors. in some case ...'temperature increase the resistance of a conductor increases so conductivity decreases '. for example: in olden days electronic equipments is more efficient when the atmospheric temperature increases or presence of heat .
A: Checking continuity is the same as checking resistance, therefore yes someone can determine the resistance at that particular current level
the current will increase because of a lower level of resistance , hence more current will flow- easily
2.8 blood alcohol level in a female
The lethal word can be put into sentence as such. The bite of a snake is lethal and fatal.
You can 'block' current ... like with a high series resistance ...but you can't 'block' voltage.
yes
no design matters. it is the force of water resistance and upthrust that are level that allows any boat to float
0.4% w/v in your blood is the lethal does of alcohol.A liter of hard liquor, such as spirits or vodka.
It depends on the resistance level in that area if the soil have low resistance then they will use high impedance system and vice versa..so reason behind this have to reduce fault current.
Developmental needs are those necessary to maintain the current level of development and also to allow the next level to progress. These needs can be emotional and physical in nature.
current level aspired level
All conductors have some amount of resistance associated with them. There is voltage drop along the length of a conductor because the potential energy of the voltage is lost to heat losses (I^2 *R) due to this resistance. The more resistance, the more voltage drop. The current is set at a given voltage and power level.