# Convert ml to grams for a Heat Capacity and Specific Heat problem, is that possible?

## Homework Statement

Is it possible to convert ml to grams for a Heat Capacity and Specific Heat type of problem? The problems that I have done so far did not use ml at all. I am stuck with the following problem:

A piece of stainless steel (specific heat = 0.50 J g-1 oC-1 ) is taken from an over at 178 oC and immersed in 225 ml of water at 25.9 oC. The water temperature rises to 42.4 oC. What is the mass of the piece of steel? How precise is this method of mass determination? Explain.

## Homework Equations

q = m x SH x Delta T

## The Attempt at a Solution

Step 1: Calculate q of water.
qwater = m * SH * Delta T
qwater = m * 4.18 * (42.4 - 25.9)

Problem: the m is not stated in the give. Water is given in ml. I tried to search and some people say 1 ml = 1 g. I don't know if that is correct. So I hesitated in continuing this problem until I find out the correct way in converting ml to g.

If I can get pass that step, then I will do qsteel.

My answer for the 2nd question is that it is not accurate since it is not a calorimeter and thus there will be heat loss?

Ygggdrasil
Gold Member

To convert a volume of water to the mass of water, you need to know the density of water. You can look it up in a book for verification, but the density of water is basically 1 g/mL.

Thank you! :D

Hello guys, am a new member here, and i'd love to share with you..
i've faced the same problem before, and i've tried to find any related formula, but
the only one i got is the one that is mentioned by Ygggdrasil..it's mentoined here in
Tippens Physics book that the mass of 100-mL of water is 100 gram, so am using
this to make a cross multiplication between two fractions whenever i've to convert
any other volume of water (i don't know if the expression is correct because my
english is not that good)...
Would you please guys tell me how can i post a questio...see if you can help me
with this:
a 30.14-g stainless steel ball bearing at 117.82 c is placed in a constant-pressure calorimeter containing 120.0 mL of water at 18.44 C.if the specific heat of the ball bearing is 0.474 J/g.c, calculate the final temperature of the water.assume the
calorimeter to have negligible heat capacity.