Using your knowledge of m/v = g/mL, you can start by putting that in the equation as:

And you know that the volume is 25 mL. So you could put this into the equation as:

And you also know that the molar mass of KCl is 74.55g (K = 39.1 g/mol and Cl = 35.45 g/mol. Add them together to get 74.55g/mol).
We can then put this in the equation as:

Then, we can mulitply them all together:

And now we know that
there are 0.01 moles of KCl in the sample.
Answer:
Explanation:
1. abdominus rectus
a they oppose the biceps
2. forearm extensors
b. part of the quadriceps group
3. gastrocnemius
c. often called the buttocks
4. Achilles tendons
d. this muscle can be used to bend
the trunk from side to side
5. sartonus
6. trapezium muscles
e shaped like an upside down
triangle
7. rectus femoris muscles
f. connect the calf muscles to the
heel bones
8. deltoid muscles
9. latissimus dorsi muscles
g. muscles of the lower back: they
insert on the ribs
10. triceps
h their origin is on the shinbones
and they insert on the ankle bones
11. gluteus maximus muscles
i start at the spine and end at
the tibias
12. anterior tibialis muscles
13. biceps femoris
j. one of the three muscles often
referred to as the hamstrings
k largest muscle forming the calf
1. used to raise the shoulders
m
their insertions are on the
metacarpals