The following state were collected for determining the concentration of suspended solids in a water sample. (D= 1.01 g/mL). Express all calculated data with the correct number of significant figures.

Volume of sample (mL):
Trial 1: 25.0
trial 2: 20.0
trial 3: 50.0
trial 4: 25.0
trial 5: 20.0
trial 6: 25.0

Mass of sample (g):
Trial 1:
trial 2:
trial 3:
trial 4:
trial 5:
trial 6:
HOW DO I FIGURE OUT THE MASS OF SAMPLE?

Mass of dry solid (g):
Trial 1: 10.767
trial 2: 8.436
trial 3: 21.770
trial 4: 10.826
trial 5: 8.671
trial 6:10.942

Mass of solid/mass of sample (g/g):
Trial 1:
trial 2:
trial 3:
trial 4:
trial 5:
trial 6:
HOW DO I FIND THE MASS OF SOLID/MASS OF SAMPLE (g/g)?

PLEASE HELP!

To figure out the mass of the sample, you need to subtract the mass of the container from the total mass of the container with the sample.

Here's how you can calculate the mass of the sample for each trial:

1. Trial 1:
- Mass of container: unknown
- Total mass of container with the sample: unknown
- Mass of sample = Total mass - Mass of container

2. Trial 2:
- Mass of container: unknown
- Total mass of container with the sample: unknown
- Mass of sample = Total mass - Mass of container

3. Trial 3:
- Mass of container: unknown
- Total mass of container with the sample: unknown
- Mass of sample = Total mass - Mass of container

4. Trial 4:
- Mass of container: unknown
- Total mass of container with the sample: unknown
- Mass of sample = Total mass - Mass of container

5. Trial 5:
- Mass of container: unknown
- Total mass of container with the sample: unknown
- Mass of sample = Total mass - Mass of container

6. Trial 6:
- Mass of container: unknown
- Total mass of container with the sample: unknown
- Mass of sample = Total mass - Mass of container

The mass of solid divided by the mass of the sample (g/g) can be calculated by dividing the mass of the solid by the mass of the sample.

To find the mass of solid/mass of the sample (g/g) for each trial, divide the mass of the solid by the mass of the sample obtained from the previous step.

Here's how you can calculate the mass of solid/mass of the sample (g/g) for each trial:

1. Trial 1:
- Mass of solid: 10.767 g
- Mass of sample: obtained from previous step
- Mass of solid/mass of sample = Mass of solid / Mass of sample

2. Trial 2:
- Mass of solid: 8.436 g
- Mass of sample: obtained from previous step
- Mass of solid/mass of sample = Mass of solid / Mass of sample

3. Trial 3:
- Mass of solid: 21.770 g
- Mass of sample: obtained from previous step
- Mass of solid/mass of sample = Mass of solid / Mass of sample

4. Trial 4:
- Mass of solid: 10.826 g
- Mass of sample: obtained from previous step
- Mass of solid/mass of sample = Mass of solid / Mass of sample

5. Trial 5:
- Mass of solid: 8.671 g
- Mass of sample: obtained from previous step
- Mass of solid/mass of sample = Mass of solid / Mass of sample

6. Trial 6:
- Mass of solid: 10.942 g
- Mass of sample: obtained from previous step
- Mass of solid/mass of sample = Mass of solid / Mass of sample

Remember to apply the rules of significant figures when expressing the calculated data with the correct number of significant figures.