If a surplus exists, then quantity demanded is less than quantity supplied, there will be pressure on price fall toward equilibrium.
When the quantity of supply of goods matches the demands for goods, it is called the equilibrium price. The market is said to be in a state of equilibrium when the main situation is in the phase of consolidation. Then, it can be concluded that demand and supply are comparatively equal. Equilibrium price examples are discussed below as well.
We can find the equilibrium price by using the equilibrium price formula. These are the steps:
- Calculate the supply function,
- Calculate the demand function,
- Set the equal amount of quantities for the demand and supply,
- Put this equilibrium price into a supply function,
- Check the result by putting the equilibrium price into the demand function.
A surplus implies the government has extra funds. These funds can be used toward public debt, to start new events, social service or Medicare service and also in reducing interest rates which can help the economy.
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Answer:
So, instead of fossil fuels, the magnetic field thats creatd by electrified coils in the guideway walls, and on the track combine to propel the train. Just think of it as playing with magnets. The opposite attract while if you put norh to north or south to south, they will push away from each ther. This is just the basic principle of electromagnetic propulsion
Explanation:
The answer is B. You're welcome. ;)
Rubbjng a balloon on your hair. The balloon gains electrons from your hair which makes the balloon become negatively charged.
The voltage all the way around the loop ... between the terminals of the battery ... is 36 volts total. It looks like 12 of those volts are across one lamp, and 12 of them are across the other lamp. That leaves the last 12 volts unaccounted for, and only one more component in the loop (the resistor), so the remaining 12 volts is across the resistor.
So far, we don't have enough information to calculate any current in the loop, or the power dissipated by any component. To go any farther, we'll need to take your word for it ... the current in the loop is 0.75 Ampere. Fine !
In a resistor . . . Resistance = (voltage) / (current)
Resistance = (12 volts) / (0.75 Amp) = 16 ohms .
Power dissipated by anything = (voltage across it) x (current through it).
Power dissipated by the resistor OR either lamp =
(12 volts) x (0.75 Amp) = 9 watts .
That's not a lot for a light bulb, but it IS for a resistor. That baby has to be physically large (maybe like a lipstick), and cooled ... attached to a heatsink, or air blowing over it, or water flowing over it.
PS: I hope you're right about that 0.75 Amp.
