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INTERACTIVE- VILLAR
1.  The speed of the wheel affected by the amount of resistance, the slower rotates the higher resistance and when the when the rotate become speed the resistance is lower.

2.    If the resistance is high the current is low.

3.  when the resistance is low the current is high.

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1. The amount of resistance affects the speed of the wheel since the higher the resistance is, the slower it rotates.
2. The height or the potential energy and resistance affects the current flow since the lower the height of the barrel, the slower the spinning of the wheel and slow the flow of the current, and applying resistance more reduces its speed.
3. The height and resistance affect the current flow of the water from the barrel. The higher the height of the barrel, it forms the great impact of the water which increases the rotation of the wheel as well as the speed of flow of current. Applying a resistance reduces its speed.

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INTERACTIVE-CANENCIA

1. Resistance measurements are commonly used to determine the state of a component or circuit. The lesser the current flow, the higher the resistance. Damaged conductors due to burning or corrosion could be one probable explanation if the voltage is unusually high.

2. Water towers can provide water even in the case of a power outage because they rely on hydrostatic pressure created by water elevation (due to gravity) to push water into domestic and industrial water distribution systems. However, they cannot provide water for an extended period of time without power because a pump is typically required to refill the tower. A water tower can also be used as a reservoir to help meet water demands during peak periods. During the high usage hours of the day, the water level in the tower drops, and a pump fills it back up during the night. Because the tower is regularly drained and refilled, this technique also prevents the water from freezing in cold weather.

3. The water flowing through a river is known as a river current. Rivers travel from higher to lower elevations before eventually emptying into a larger body of water. River currents are created by the force of gravity, which causes the water to flow downward.

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1. When the water pumping 1.Wheel rotates slowly and there is the least amount of current coming out of the tower, since the more resistance there is between the current and the wheel, the slower it will rotate, and so the work will be slower.2. The least current flows out of the water tower when the resistance is strong.3. When the resistance is slow, the flow of current flowing out the water tower is the greatest.4. The current coming out of the water tower is greatest when the resistance is low.

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1. When the water pumping 1.Wheel rotates slowly and there is the least amount of current coming out of the tower, since the more resistance there is between the current and the wheel, the slower it will rotate, and so the work will be slower.2. The least current flows out of the water tower when the resistance is strong.3. When the resistance is slow, the flow of current flowing out the water tower is the greatest.4. The current coming out of the water tower is greatest when the resistance is low.

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INTERACTIVES - TAN
1. When we pump and the resistance increases, the water pump slows down, while when the resistance and potential release the same amount of energy, the water pump speeds up.

2. The stream flowing out of the water tower is the smallest when the resistance is high.

3. When the resistance is minimal, the stream flowing out of the water tower is at its highest.

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1. When the resistance is high, the wheel is getting slow but when the resistance is low the wheel is getting faster.
2.  if the resistance is high  the least current of a flowing of the water tower tank.
3. When the resistance is low, the flow of the water out of the tank will be greatest.

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1. the water that is pumped is flowing from the tower which has a high potential energy that flows in the wheel
High Resistance - slower wheel rotation
Low Resistance - faster wheel rotation

2. High resistance - low current
3. Low resistance - high or stronger current

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1. When we pump and the resistance gets higher the pump of the water gets slower, while if the resistance and the potential have the same amount of energy released the pump of the water gets faster.
3. If the resistance is higher, the least current flow of the water pump.
3. when the resistance is low, the greater current flow of the water pump.

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1. Since the more resistance there is between the current and the wheel, the slower it will rotate, and so the work will be slower.

2. When the resistance is great, the current flowing out of the water tower is the smallest.

3. The flow of current pouring out of the water tower is greatest when the resistance is low.

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1.  If the resistance will be higher it will have a slower pumping of water. If the resistance will be slower it will have a faster pumping of water.

2. The water flow will be slower if the resistance is high and if the potential is low.

3. If the potential is high and it has a low resistance there will be a fast flow coming out of the water tower.

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1. When the Resistance is High, the slower the pump water works. When the resistance is Low, the faster the pump works.
2. If the resistance is High, the least current flows from the water tower.
3. If the resistance is low, the greater current flows from the water tower.
(For answer 2 and 3, considering the potential is low and the configuration is in the single resistor.)

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1. When the wheel used in pumping water rotate slower and there is the least current flowing out of the tower, as the more resistance between the current and the wheel, the slower it will rotate, thus slower work.

2. When the resistance is high, there is the least current flowing out of the water tower.

3. When the resistance is low, the flow of current flowing out of the water tower is the greatest.

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A circuit is set up such that it has a current of 8 Amperes. What will be the new current if:

1. the resistance (R) is increased by a factor of 2?
2. the resistance (R) is increased by a factor of 4?
3. the battery voltage (V) is increased by a factor of 3?

WRITE YOUR SOLUTION BELOW.

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1. Is resistance important? If yes, why?
2. What will happen if wires do not have resistance?

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1. Under what conditions is the total resistance of the circuit highest?

2. Under what conditions is the current flowing out of the water tower the least?

3. Under what conditions is the current flowing out of the water tower the greatest?

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Electric Analogies| Physics | Interactive Simulation | CK-12 Exploration Series

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Explore a different way of thinking about electricity as a way to become familiar with the concept of potential, current, and resistance using our interactive simulation.