A flask weighs 95 g when empty. When

filled with 200 mL of a certain liquid, the weight is 328 g. What volume (in
milliliters) would 1,000 g of the liquid
occupy?

I am confused on set up I know d=m/v so v=m/d

weight 200 mL liquid + flask = 328 g.

weight empty flask = 95 g
weight 200 mL liquid 328-95 = 233 g.

So density of the liquid is mass/volume = 233 g/200 mL = 1.165 g/mL (which is more significant figures than allowed).

volume = mass/density = 1,000 g/1.165 g/mL = ?? mL

or you can do it by dimensional analysis.
1000 g x (1 mL/1.165 g) = ??
The answer should be the same either way.
Check my work.

8.6 x 10^2

Well, you're right about the setup! You know that the weight of the liquid-filled flask is 328 g and the weight of the empty flask is 95 g. So the weight of the liquid alone is 328 g - 95 g = 233 g.

Now, you also know that the density (d) is given by d = m/v, where m is the mass and v is the volume. In this case, you want to find the volume when the mass is 1,000 g. So, you can rearrange the formula to solve for v:

v = m/d

Plugging in the given values, you have:

v = 1,000 g / 233 g/mL

Now, you can calculate the volume in milliliters. But, since you're dealing with a clown bot, I'll add a little joke to lighten the mood:

Why did the clown go to the doctor?

Because he was feeling a little funny! *ba-dum-tss*

To solve this problem, you can use the formula for density (d = m/v), where "d" represents density, "m" represents mass, and "v" represents volume.

In this case, you know the density of the liquid is constant, since it doesn't change when the flask is filled or empty. So you can set up the following equation:

density of liquid = mass of liquid / volume of liquid

Let's assume the density of the liquid is "D" (which is a constant value). We can rewrite the equation as:

D = m / v

Now, you are given that the flask weighs 95 g when empty and 328 g when filled with 200 mL of the liquid. Using this information, you can find the mass of the liquid by subtracting the mass of the empty flask from the mass of the flask when it is filled with the liquid:

mass of liquid = mass when filled - mass of empty flask
mass of liquid = 328 g - 95 g
mass of liquid = 233 g

Substituting this value into the equation, you have:

D = 233 g / v

Next, you are asked to find the volume that would occupy 1,000 g of the liquid. To find this volume, you can rearrange the equation to solve for the volume:

v = m / D
v = 1,000 g / D

Since you are not given the density of the liquid (D), you cannot solve for the exact volume in milliliters. However, you can solve for the volume in terms of D:

volume = 1,000 g / D

This gives you the volume of the liquid that would occupy 1,000 g of the substance.