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The charge in this case is simply the current multiplied by the time.
The charge in this case is simply the current multiplied by the time.
The charge in this case is simply the current multiplied by the time.
The charge in this case is simply the current multiplied by the time.
What else can I help you with?
Calculate the current where 10 coulombs of charge pass a point in 5 seconds?
Current = charge/time = 10/5 = 2 amperes
How much current in amps in in a lightning stroke that lasts 0.05 seconds and transfers 100 coulombs?
Current = Charge / Time = 90 / 0.02 = 4500 Amperes
If 10 coulombs of charge passes a specified point in 2 seconds how much current is flowing?
10/2 = 5 coulombs per second = 5 amperes.
If a charge of 7.4K coulombs flows through a circuit in 85 seconds calculate the current in this circuit?
A flow of 7400 coulombs in 85 seconds represents a current of 87 amperes. One ampere is one coulomb per second, so divide 7400 by 85.
4 Calculate the current if four coulombs of charge pass a point in a wire every two seconds Show the formula calculations and the units?
(4 coulombs / 2 seconds) = 2 coulombs per second = 2 Amperes.
How do you calculate charge flow?
Charge flow can be calculated by multiplying the current (in amperes) by the time (in seconds) for which the current flows. The formula is Q = I * t, where Q is the charge flow in coulombs, I is the current in amperes, and t is the time in seconds.
What is the current when 6 coulombs of charge pass through a wire in 2 seconds?
The current is calculated by dividing the charge (6 coulombs) by the time (2 seconds). Therefore, the current is 3 amperes (6 coulombs / 2 seconds = 3 amperes).
What current would cause 5.8 C charge to be transferred in 15 seconds?
5.8 C divided by 15 s = 0.3867 C/s = 0.3867 amperes
Calculate the charge transferred in 25 minutes by a current of 500 mA?
The charge transferred in 25 minutes by a current of 500 mA is 750 coulombs. Amperes is defined as coulombs per second, so 500 mA is 0.5 coulombs per second. 25 minutes is 1500 seconds, so the charge is 750 coulombs.
Calculate the current where 10 coulombs of charge pass a point in 5 seconds?
Current = charge/time = 10/5 = 2 amperes
How much current is flowing when 16 coulombs pass a specified point in 4 seconds?
If you divide the charge by the time, you get the average current (in amperes).
How many coulombs of charge pass through a cell if 2.40 amperes of current are passed through the cell for 85.o minutes?
To calculate the total charge passing through the cell, use the formula Q = I * t, where Q is the charge in coulombs, I is the current in amperes, and t is the time in seconds. First, convert 85.0 minutes to seconds: 85.0 minutes * 60 seconds/minute = 5100 seconds. Then, plug in the values: Q = 2.40 amperes * 5100 seconds = 12240 coulombs.
When a light bulb has 1100 C of electrical charge flow through it in 8 minutes what is the electric current in amperes?
Use the equation I=q/t, where I is amperes, q is coulombs and t is time in seconds.First you have to convert the minutes to seconds, so 60 x 8= 480 seconds. ThenI=1100/480. I = 2.29 amperes.
A wire carries a current of 6.0 amperes How much charge passes a point in the wire in 120 seconds?
720 C
What current Must flow if 0.24 coulombs is to be transferred in 15Ms?
For a steady flow of charge through a surface, the current I in amperes can be calculated with the following equation:I = Q/t where Q is the electric charge transferred through the surface over some time t. If Q and t are measured in coulombs and seconds respectively, I is in amperes. Thus: I = 0.24 coulombs / 15 msec I = 0.24 coulombs / 15 * 10^-3 sec I = 16 amps
How much current in amps in in a lightning stroke that lasts 0.05 seconds and transfers 100 coulombs?
Current = Charge / Time = 90 / 0.02 = 4500 Amperes
What equation do you use to calculate charge?
The equation used to calculate electric charge (Q) is ( Q = I \times t ), where ( I ) is the current in amperes and ( t ) is the time in seconds during which the current flows. Charge is measured in coulombs (C). This relationship shows that charge is the product of current and the duration of its flow.
