Not necessarily. If a load has a low power factor, it will be drawing more current than necessary, but its energy consumption will be no different from it having a high power factor.
Decrease
Marijuana is not in the genes so it is an environmental factor. If the cannabis consumption has altered the pregnant female's genes then it would be genetic.
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Habitat Stability.
The environmental factor is excessive sun exposure.
As you are billed on the consumption of wattage and wattage is the product of amp times volts the answer to your question is yes. An increase in current will result in an increase in electrical consumption.Additional AnswerResidential consumers are billed on their energyconsumption (there is no such thing as 'electrical consumption' as 'electricity' is not a measurable quantity!), expressed in kilowatt hours.There may be several reasons for an increase in load current. For example, if the residential load has a low power factor, it will be drawing more current than necessary, but the energy consumed will be no different from if the load had a high power factor.So, for residential loads, an increase in load current doesn't necessarily mean a higher energy consumption.
If you can feel it, see it, hear it, taste it or smell it, it is an environmental factor. We tend to use the words "environmental factor" only for negative attributes, like loud noises or nasty smells. But anything that you can sense in the environment (which is everything around you) is an "environmental factor".
Generally i find, factors like being in a museum, with one un-accounted genetically enhanced spider is a likely factor. also barrels of nuclear waste, falling of trucks can also increase mutation rates.
Yes, alcohol consumption can trigger gout flare-ups. Alcohol can increase the levels of uric acid in the body, which is a key factor in causing gout. It is recommended for individuals with gout to limit or avoid alcohol consumption to help prevent flare-ups.
To calculate CO2 emissions from fuel consumption, you can use the following formula: CO2 emissions (in metric tons) fuel consumption (in liters) x emission factor (in kg CO2 per liter). The emission factor varies depending on the type of fuel being used. You can find specific emission factors for different fuels from sources like the Environmental Protection Agency or the International Energy Agency.
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