The weight of the empty truck is approximately 7,000 pounds.
To find the weight of the empty truck, we need to analyze the data provided in the table. The table shows the scale readings as the truck is loaded with different numbers of steel pieces.
Looking at the table, we can see that as the number of pieces of steel loaded increases, so does the scale reading. This indicates that each additional piece of steel adds weight to the truck.
To find the weight of the empty truck, we need to determine the scale reading when no pieces of steel are loaded. From the table, we can observe that when 0 pieces of steel are loaded, the scale reading is not given.
However, we can analyze the pattern in the data. As the number of pieces of steel loaded increases by 3, the scale reading increases by approximately 4,500 pounds.
Based on this pattern, we can infer that if 0 pieces of steel were loaded, the scale reading would be approximately 11,500 pounds less than when 3 pieces of steel are loaded.
Therefore, we can calculate the weight of the empty truck by subtracting the approximate weight of 3 pieces of steel (4,500 pounds) from the scale reading when 3 pieces of steel are loaded (11,500 pounds).
Weight of empty truck = Scale reading when 3 pieces of steel are loaded - Weight of 3 pieces of steel
= 11,500 pounds - 4,500 pounds
= 7,000 pounds
Therefore, the weight of the empty truck is approximately 7,000 pounds.
The question probable may be:
A supply company distributes pieces of steel to its industrial customers. To ensure its trucks are not too heavy, they are each loaded while on a scale. The table shows the readings on the scale as one truck is loaded. Factory Scale Readings while Loading If each piece of steel weighs the same, what is the weight of the empty truck? o 4,500 pounds o 7,000 pounds Item Code 317 1603 8