Question

question 2 (2 points)
escience lab manual lab 3, experiment 1 compounding and packaging a powder
from table 1: powder mass, record the total mass/5 (g). (hint: total powder mass from question 1 divided by 5 to prepare 5 separate doses) (2pts)

Explanation:

To solve this, we need the total powder mass from Question 1 (let's call it \( M \) grams). Then we divide it by 5 to get the mass per dose.

Step 1: Identify the total mass from Question 1

Let the total powder mass from Question 1 be \( M \) grams. (This value should be obtained from the previous question or table data.)

Step 2: Calculate the mass per dose

To find the mass of each of the 5 doses, we use the formula:
\( \text{Mass per dose} = \frac{M}{5} \)

For example, if the total mass \( M \) from Question 1 was 10 grams, then:
\( \text{Mass per dose} = \frac{10}{5} = 2 \) grams.

Since the total mass from Question 1 isn't provided here, you would substitute the actual value of \( M \) (from your data) into the formula \( \frac{M}{5} \) to get the answer.

If you can provide the total mass \( M \) from Question 1, we can compute the exact value.

Answer:

To solve this, we need the total powder mass from Question 1 (let's call it \( M \) grams). Then we divide it by 5 to get the mass per dose.

Step 1: Identify the total mass from Question 1

Let the total powder mass from Question 1 be \( M \) grams. (This value should be obtained from the previous question or table data.)

Step 2: Calculate the mass per dose

To find the mass of each of the 5 doses, we use the formula:
\( \text{Mass per dose} = \frac{M}{5} \)

For example, if the total mass \( M \) from Question 1 was 10 grams, then:
\( \text{Mass per dose} = \frac{10}{5} = 2 \) grams.

Since the total mass from Question 1 isn't provided here, you would substitute the actual value of \( M \) (from your data) into the formula \( \frac{M}{5} \) to get the answer.

If you can provide the total mass \( M \) from Question 1, we can compute the exact value.