We can determine the mass of liquid mercury inside the vial by taking the diffrence between the filled vial and the empty vial. The weight of liquid mercury is 130.24 grams. The equivalent volume is obtained through the density. The volume is 9.626 cm3. If the substance inside is water, the volume is 130.632 grams
Answer:
15y + 32z - 6x
Step-by-step explanation:
-9y + 8(4z + 3y) -6x
=> -9y + 32z + 24y - 6x
=> 15y + 32z - 6x
Hoped this helped.
Answer:
2
Step-by-step explanation:
y=mx+b, where m=the slope. 2=m, so 2 is the slope.
well...
if all three bags cost $4,000 then you'll need $3,700.
but if one bag costs $4,000 then that'll equal to $12,000 which then you'll need $11,700.
<u>i might've misundestood your question so please let me know if this is correct!</u>
Answer:
4w + v - 5
Step-by-step explanation:
In this problem, you just do -1 times all of that.