Question

An appliance store has 32 feet of multi outlet assembly. calculate the volt-ampere load for only light use of the multi outlet assembly.

Answer 1

To calculate the volt-ampere load for light use of the multi outlet assembly, we need to know the power rating (in watt) of each appliance that will be plugged into the outlet.

Step-by-step explanation:

In order to calculate the volt-ampere load for light use of the multi outlet assembly, we need to know the power rating (in watt) of each appliance that will be plugged into the outlet. Once we have the power ratings, we can use the formula P=IV, where P is the power in watt, I is the current in ampere, and V is the voltage in volt. However, the provided information does not include the power ratings of the appliances. If you can provide the power ratings of the appliances, I can help you calculate the volt-ampere load for light use.

Answer 2

The volt-ampere load for light use of the 32-foot multi-outlet assembly is approximately 16.0 VA

To calculate the volt-ampere (VA) load for light use of the multi-outlet assembly, we need to consider the following:

• Length of the assembly: 32 feet

• Average light load per foot: This value depends on the specific types of appliances typically plugged into the assembly in a light-use scenario. It can vary, but let's assume a typical value of 0.5 VA/ft for light use.

VA load = Length of assembly * Light load per foot

VA load = 32 feet * 0.5 VA/ft

VA load = 16.0 VA

Therefore, the volt-ampere load for light use of the 32-foot multi-outlet assembly is approximately 16.0 VA