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• Give a table extrapolating potential capacity using 1,000 households as a standard unit.
o Using 3 hour window as the measurement tool
o Using 7 hour window as the measurement tool
o Include a column on number of buses need to cover the City (if it were broken into 1,000 household units) 3 hours vs. 7 hours
o Include a column on number of staff needed (I would assume a 10 man team per bus including 1 driver, 2 navigators, 1 ham, 6 runners) 3 hours vs. 7 hours
o Include number of police escorts needed as well. This number should match the number of buses used
o Assuming a 7 hour run would be one shift could you create another table that has covering the City with (2) 7 hour shifts.
Info Provided:
Single Family Population—174,777
Multi family population—49,379
Single family household units—59,814
Multifamily household units—18,754
To extrapolate potential capacity using 1,000 households as a standard unit, we first need to calculate the number of units in each category (single-family and multi-family).
Single-family population: 174,777
Single-family household units: 59,814
Multi-family population: 49,379
Multi-family household units: 18,754
Now, let's calculate the potential capacity using a 3-hour window as the measurement tool:
1. Calculate the number of buses needed to cover the city in a 3-hour window:
Divide the total number of single-family household units by 1,000 and round up to the nearest whole number.
Divide the total number of multi-family household units by 1,000 and round up to the nearest whole number.
2. Calculate the number of staff needed for each scenario:
Multiply the number of buses by 10 to get the total staff required.
3. Calculate the number of police escorts needed:
The number of police escorts needed should match the number of buses used.
Now, let's calculate the potential capacity using a 7-hour window as the measurement tool:
1. Calculate the number of buses needed to cover the city in a 7-hour window:
Divide the total number of single-family household units by 1,000 and round up to the nearest whole number.
Divide the total number of multi-family household units by 1,000 and round up to the nearest whole number.
2. Calculate the number of staff needed for each scenario:
Multiply the number of buses by 10 to get the total staff required.
3. Calculate the number of police escorts needed:
The number of police escorts needed should match the number of buses used.
To create a table covering the city with two 7-hour shifts, follow the same steps as above but double the number of buses, staff, and police escorts.
Please note that the specific numbers for the households, shifts, and staff may vary depending on the context and requirements of the situation.