it would be the same
The best estimate of the mass of a single peach would be 150 grams.
To calculate the energy released when 150 grams of water freezes, you need to know the heat of fusion of water, which is 334 J/g. You can then multiply this value by the mass of water to find the energy released. In this case, it would be 150 grams * 334 J/g = 50,100 J or 50.1 kJ.
There are 453.59237 grams in one pound. Therefore to get amount of pounds in grams, value in grams has to be divided by amount of grams in one pound: 150 grams = [grams] / 453.59237 = 150 / 453.59237 = 0.3307 pounds
150 grams is equivalent to approximately 5.29 ounces.
150 grams = 5.3 ounces.
The mass of an empty 100ml beaker can vary depending on the material it is made of. For a typical glass beaker, the mass is usually around 100-150 grams. However, for a plastic beaker, the mass may be lighter, around 20-50 grams. It is important to use a balance to measure the exact mass of the specific beaker you are using in a scientific experiment.
the answer is 1.5
It would probably be 150 grams
you can not compare grams (mass) and tablespoons (volume). Those units are not compatible.
Whether all of the sugar dissolved or not, and it would be very unlikely that it would all dissolve in that small an amount of water, the total mass of the solution or mixture would be 250 grams.
How much a beaker weighs depends on the size of the beaker and the thickness of the glass. A small beaker might weigh a few ounces while a large beaker will weigh several times that.
The mass of the liquid is 35 grams. This is calculated by subtracting the mass of the empty container (150 grams) from the total mass of the container plus the liquid (185 grams).
Density = Mass/Volume = 150/6 = 25 grams per cm3.
density = mass/volume = 350/150 = 2.33 grams/cubic centimeter
150 grams of water is approximately 10 tablespoons
It will range from approx 149.996 grams at 4 deg C to 143.76 grams at 100 deg C.
In the given solution, there are 75 grams of water in 150 ml. This means there are 0.5 grams of water per milliliter. Therefore, in 30 ml of the solution, there would be 15 grams of water. To find the moles of water, divide the mass of water by its molar mass (16 g/mol), so in 30 ml of the solution, there would be 15/16 = 0.9375 moles of water present.