A logistics manager is reviewing fuel costs and needs to calculate the percent decrease in gas prices from June to July. Arrange the following steps in the correct order to find the percent decrease.

A logistics manager for a delivery fleet is calculating the percent decrease in fuel costs after a recent price drop. According to the standard procedure for finding percent decrease, which value serves as the divisor (the denominator) when solving for the percentage?

A logistics coordinator is calculating the percent decrease in fuel costs for a company fleet. According to the seven-step problem-solving strategy, the 'amount of decrease' is found by subtracting the ____ price from the original price.

A logistics manager is reviewing a report on fuel expenses. The report states that the average price of a gallon of gas decreased from $3.71 in June to $3.64 in July, resulting in a 1.9% decrease. Match each value from the calculation with the term that correctly describes its role in the seven-step problem-solving strategy.

An operations analyst is reviewing a fuel expense report where the average price of gas decreased from $3.71 in June to $3.64 in July. According to the standard seven-step strategy, the percent decrease is correctly calculated by dividing the $0.07 price difference by the July price ($3.64).

Formulating the Translation Equation for Fuel Price Trends

Verifying Fuel Price Trends

Standard Procedure for Calculating Fuel Price Decreases

A logistics analyst is using a standard seven-step strategy to calculate the percent decrease in fuel costs. After calculating that a price drop from $3.71 to $3.64 results in a 1.9% decrease, the analyst performs the 'Check' step (Step 7). According to this strategy, how is this check typically performed?

Before converting to a percent, to what place value should the division result be rounded?