The model for this situation is that b.
Every square meter of solar paneling.
Linear function with a positive rate of change.
In total they estimate that there are a little over 8 billion square meters of suitable roofs in the us.
Which of the following models this situation.
Linear function with a positive rate of change every square meter of solar paneling produces 0 2 kilowatts of electricity.
Cover that in solar panels.
Here are the numbers.
The standard solar panel has an input rate of around 1000 watts per square meter however therefore if your solar panel was 1 square meter in size then it would likely only solar insolation maps from the national renewable energy labs nrel.
A linear function with a negative rate of change b linear function with a positive rate of change c exponential decay function d exponential growth function.
Every square meter of solar paneling produces 0 2 kilowatts of electricity.
A solar panel on every roof in the us.
Kilowatt hours per square meter.
Which of the following models this situation.
Which of the following models this get the answers you need now.
Every square meter of solar paneling produces 0 2 kilowatts of electricity.