[Cop J]

Well I have done this whole lab, took me about 3 hours. Now I am stuck on the last part of it. I have gotten some of it but I just can't figure the rest out. If possible can someone here help?

Problems:
Given the following pycnometer data:         Pycnometer is the flask and a one hole rubber stopper.

    * Weight of the water filled flask and stopper...     60.2555 g
    * Density of water used in experiment....     0.9932 g/cc
    * Weight of the flask, solid, and stopper....     132.0768 g
    * Weight of the EMPTY flask and stopper...     33.2351 g
    * Weight of the flask, solid, stopper, and water..     140.2725 g

CALCULATE:   
The WEIGHT of solid used   _______________ (e)
The VOLUME contained by the flask
enter (f) to 3 decimal places   _______________ (f)
The volume of water needed to fill the flask when the SOLID is in the flask
enter (g) to 3 decimal places    _______________ (g)
The VOLUME of the SOLID   _______________ (h)
The DENSITY of the SOLID   _______________ (i)

So far I got:

e = 98.8417 g
f = 27.205 cc

g, h, and i are killing me. Please if someone can offer some help that would greatly be appreciated!

[Cop J]

g = 8.251

[Borek]

Now that you know f & g, h should be obvious.

[Cop J]

Can you help me with it? I can't seem to figure it out.

[Cop J]

I really need help with this. Teacher gave another day extension. I need help please.   

[Gerard]

Well I have done this whole lab, took me about 3 hours. Now I am stuck on the last part of it. I have gotten some of it but I just can't figure the rest out. If possible can someone here help?

Problems:
Given the following pycnometer data:         Pycnometer is the flask and a one hole rubber stopper.

    * Weight of the water filled flask and stopper...     60.2555 g
    * Density of water used in experiment....     0.9932 g/cc
    * Weight of the flask, solid, and stopper....     132.0768 g
    * Weight of the EMPTY flask and stopper...     33.2351 g
    * Weight of the flask, solid, stopper, and water..     140.2725 g

CALCULATE:   
The WEIGHT of solid used   _______________ (e)
The VOLUME contained by the flask
enter (f) to 3 decimal places   _______________ (f)
The volume of water needed to fill the flask when the SOLID is in the flask
enter (g) to 3 decimal places    _______________ (g)
The VOLUME of the SOLID   _______________ (h)
The DENSITY of the SOLID   _______________ (i)

So far I got:

e = 98.8417 g
f = 27.205 cc

g, h, and i are killing me. Please if someone can offer some help that would greatly be appreciated!

for letter g,solve for the mass of water when the flask is with solid,stopper and water then divide it by the density of the water
for letter h, first solve for the original volume of the water by dividing the original wieght of the water by its density then whatever you got from this you deduct it from letter g
for letter i, divide the mass of the solid by the volume calculated....