In a sugar factory, workers fill a plastic containers with 1 kg of sugar. As the factory's quality control supervisor, you conduct a random inspection by weighing some containers after they have been filled with sugar. If a container's mass differs from the 1 kg mass by more than 0.15 kg, you reject the container. To serve as the workers' guide, you will prepare a board announcement that indicates the heaviest and lightest acceptable mass in grams of the sugar containers. The announcement must be written clearly and neatly on a cartolina. It will be posted on the bulletin board so that all the factory workers will be able to see it at all times.

Question

In a sugar factory, workers fill a plastic containers with 1 kg of sugar. As the factory's quality control supervisor, you conduct a random inspection by weighing some containers after they have been filled with sugar. If a container's mass differs from the 1 kg mass by more than 0.15 kg, you reject the container. To serve as the workers' guide, you will prepare a board announcement that indicates the heaviest and lightest acceptable mass in grams of the sugar containers. The announcement must be written clearly and neatly on a cartolina. It will be posted on the bulletin board so that all the factory workers will be able to see it at all times.

Answer 1

sounds entertaining. Why don't you post a picture of the poster you made?

Oh, was there a question in there somewhere?

Answer 2

I need to find the mass of sugar Sir. Steve

Answer 3

Title: Quality Control Guidelines for Sugar Containers

Attention: All Factory Workers

Objective: Ensuring Consistent Sugar Container Mass

As the quality control supervisor of our esteemed sugar factory, it is crucial to maintain uniformity and uphold the highest standards in our products. To achieve this, we will be implementing clear guidelines for the acceptable mass of sugar containers.

Inspection Criteria:
- Containers must be filled with exactly 1 kg of sugar.
- Acceptable mass deviation: +/- 0.15 kg.

Notice: Mass Calculations in Grams (g)

To facilitate ease of understanding and compliance, we will provide you with the maximum and minimum acceptable masses in grams:

1. Maximum Mass (Heaviest Acceptable):
- Add 0.15 kg to the desired mass of 1 kg.
- Convert the total mass to grams by multiplying by 1000.
- This will give us the maximum acceptable mass in grams.

Example Calculation:
- Desired mass: 1 kg = 1000 g
- Maximum mass = (1 kg + 0.15 kg) x 1000 = 1150 g

2. Minimum Mass (Lightest Acceptable):
- Subtract 0.15 kg from the desired mass of 1 kg.
- Convert the total mass to grams by multiplying by 1000.
- This will give us the minimum acceptable mass in grams.

Example Calculation:
- Desired mass: 1 kg = 1000 g
- Minimum mass = (1 kg - 0.15 kg) x 1000 = 850 g

Final Announcement:

Attention: All Factory Workers

To ensure product standardization and compliance, please take note of the following acceptable mass ranges for sugar containers:

1. Heaviest Acceptable Mass: 1150 grams
2. Lightest Acceptable Mass: 850 grams

Please adhere strictly to these guidelines. Any container with a mass exceeding 1150 grams or falling below 850 grams will be rejected during quality control inspection.

Thank you for your cooperation in maintaining the exceptional quality of our sugar products!

[Signature]

Quality Control Supervisor