- \( 1 \mathrm{~kg}=1 \) litre Use the information above to answer the questions that follow. 1.1.1 Calculate the maximum number of the Coca-Cola pallets that could be loaded on the second trailer of the truck.

To calculate the maximum number of Coca-Cola pallets that could be loaded on the second trailer of the truck, we need to know the volume of each Coca-Cola pallet and the volume of the second trailer. Given: - 1 kg = 1 litre Let's assume the volume of each Coca-Cola pallet is \( V \) litres. The volume of the second trailer can be calculated by multiplying the length, width, and height of the trailer. Let's assume the dimensions of the second trailer are \( L \) meters, \( W \) meters, and \( H \) meters. The volume of the second trailer is: \[ \text{Volume of the second trailer} = L \times W \times H \] The maximum number of Coca-Cola pallets that could be loaded on the second trailer is the volume of the second trailer divided by the volume of each Coca-Cola pallet: \[ \text{Maximum number of Coca-Cola pallets} = \frac{\text{Volume of the second trailer}}{V} \] Since we don't have the specific dimensions of the second trailer or the volume of each Coca-Cola pallet, we cannot calculate the maximum number of Coca-Cola pallets that could be loaded on the second trailer without additional information.