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7. Power continues to run through the circuit after the power is disconnected since the capacitor stores some energy.

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7. Builds up the charge and power continues to run after the power is disconnected since the capacitor stores energy. More capacitors great current to the system/*

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4. 10k+10k+10k=30k Ohms.
5. 100sigma+100k+10k=210 Ohms
7. it sirges the charge. bulds it up then lets it go.

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6. Below
7. If the capacitor is large enough, it will be able to hold enough charge to power the LED once the main current is disconnected from the system.

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1.  Resistance is how much current is blocked throughout the circuit.
2.  Resistance is measured in Ohms.
3.BAM!
4. 5.1K +5.1K + 10K = 20.2K Ohms.
5.  1/5.1K +1/5.1K + 1/10K = 0.000492 Ohm
6.Picture soon....

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1) Resistance is the amount of charge that is blocked in the circuit.
2)Ohms
4)Rt=10k + 100k = 110K
5)Rt= 10K+100K=110K
7) The capacitor stores part of the charge and will cause less charge to flow through the circuit.
3)

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1. Resistance is the blockage of current in a circuit.
2. Resistance is measured in Ohms.
4. 10K+1K+5.1K= 16.1 K
5. 10K+1K+5.1K= 16.1 K
7. The light of the diode dissipates slowly because the capacitor holds some of the charge. This allows for the light to disappear slowly.

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1.) Resistance is the amount of current that is blocked across the circuit.
2.) Resistance is measured in Ohms
4.) The Rt = 10K + 5.1K + 1K = 16.1K Ohms
5.) Rt = 1/10K + 1/5.1K  + 1/1K = .0013 Ohms
7.)The capacitor keeps some charge stored and when you take the power source away, it releases the charge that has been stored and keeps the light on a little longer. This causes the light to dim as the charge is depleted.

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1) The ratio of voltage to an electric current with flows through it is the resistance in a circuit.
2) Ohms is the unit that resistance is measured in.
3)
4) (1/r) + (1/r)

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1.) Measure of opposition to an electric current.
2.) Ohms
3.) Below
4.) 100k + 100 + 5.1k = 105200ohms.
5. 1/100k + 1/100 + 1/5.1k = 1.98x10^-4

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Joy, Uriah, Cynthia, Brie, Carlos and Daisy 

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Joy, Uriah, Cynthia, Brie, Carlos and Daisy 

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#5 pic

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1. The opposition of the circuit refers to resistance which blocks the circuit.
2 The calculation of resistance is ohms.
3. Picture: with our partner group (cynthia, joy, uriah)
4. Rt=1000+1000+100=2100
5. (1/1000+1/1000+1/00)^-1=
6. Picture-
7. Capacitors affect the current by directing the flow to only one way;ultimately slowing down the charge flow.

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1)Resistance in a circuit is the opposition to electric current.
2)Resistance is measured in ohms.
3)Below pic #1
4)1,000+1,000+100=2,100ohms(Total Resistance)
5)(1/1000+1/1000+1/100)^-1= 83.3 ohms(Total Resistance) Pic in separate post
6.
7)When we add a capacitor  there is only one way the currents can flow. This will slow down the flow of charges.

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1)  Resistance in a circuit is the ratio of the voltage applied to the electric current which flows through it.
2) Resistance is measured in ohms (Ω).
3) (picture)
4) Rt=10000+100+1000=11100
5) Rt=10000+1000+100=11100
6) (picture)
7) The added capacitor