C,what mass of air filled the bottle? D,what was the density of air? A, What Mass of water was needed to foil the bottle? B, what was the internal volume of the bottle?
To accurately answer these questions, I need more information. Can you please provide the dimensions or specifications of the bottle, such as its volume or capacity?
To find answers to these questions, we need more information. Specifically, we need to know the volume of the bottle and the mass of the entire setup.
A. To calculate the mass of water needed to fill the bottle, we need the volume of the bottle. Let's assume you have the volume in cubic meters (m³). You can multiply the volume by the density of water to find the mass. The density of water is 1000 kg/m³.
Mass of water (in kg) = Volume of bottle (in m³) × Density of water (in kg/m³)
B. To determine the internal volume of the bottle, you can calculate it using the bottle's dimensions. If the bottle has a regular shape, like a cylinder or a rectangular prism, you can measure its dimensions (such as height, diameter, or length, width, and height) and calculate its volume accordingly.
C. The mass of air filled in the bottle can be calculated by subtracting the mass of the water from the total mass of the setup. The total mass is typically the sum of the mass of the bottle, the mass of water, and any other components present.
Mass of air (in kg) = Total mass (in kg) - Mass of water (in kg)
D. The density of air can be calculated using the mass of air and the volume of the bottle.
Density of air (in kg/m³) = Mass of air (in kg) / Volume of bottle (in m³)
Please provide the necessary information, such as the volume of the bottle and the total mass, so that we can proceed with the calculations to find the answers.
To answer your questions step-by-step:
A) To calculate the mass of water needed to fill the bottle, we need the density of water and the volume of the bottle. Since you haven't provided the density of water or the volume of the bottle, I won't be able to give you a specific answer.
B) To determine the internal volume of the bottle, you can measure it directly by filling the bottle with a known volume of water and then measuring the amount of water needed. Alternatively, you can check if the bottle has any volume markings or consult the manufacturer's specifications.
C) Without information about the specific bottle or the conditions under which it was filled with air, it is difficult to determine the mass of air that filled the bottle. The mass of air will depend on factors such as the volume of the bottle, the temperature, and the pressure.
D) The density of air varies with temperature and pressure. At standard atmospheric conditions (25 degrees Celsius, 1 atmosphere of pressure), the density of dry air is approximately 1.225 kilograms per cubic meter (kg/m³). However, if you are looking for the specific density under different conditions, please provide the temperature and pressure values.
Mass of the bottle contained air is410g, Mass of empty bottle 409g , Mass of bottle filed with water 1150g. What Mass of water was needed to fill the bottle?
To find the mass of water needed to fill the bottle, we can subtract the mass of the empty bottle from the mass of the bottle filled with water.
Mass of water = (Mass of bottle filled with water) - (Mass of empty bottle)
Mass of water = 1150 g - 409 g
Mass of water = 741 g
Therefore, the mass of water needed to fill the bottle is 741 grams.