Air Has A Density Of 1.3 Kg/M³. Calculate The Mass Of 36 M³ Of Air In Kilograms. Give Your Answer To 1 Decimal Place.

Best apk References website

Air Has A Density Of 1.3 Kg/M³. Calculate The Mass Of 36 M³ Of Air In Kilograms. Give Your Answer To 1 Decimal Place.. Okay, what is the density? The mass of 36 m³ of air, with a density of 1.3 kg/m³, is calculated to be 46.8 kg.

SOLVED Air has a density of 1.3 kg/m³. Calculate the mass of 36 m³
SOLVED Air has a density of 1.3 kg/m³. Calculate the mass of 36 m³ from www.numerade.com

The caution says what the question says. Mass = (density) (volume) = (1.3) (36) mass = 46.8 kg. The answer is 46.8 kg to 1 decimal place.

See The Formula, The Example And The Answer To The Question.


The answer is 46.8 kg and the explanation uses the. The answer is 46.8 kg to 1 decimal place. Next, determine the density of the air (d) in kilograms per cubic meter.

The Calculations Yield A Mass.


Substitute the given density of air, $$1.3 \text{ kg/m}^{3}$$ 1.3 kg/m 3, and the volume of air, $$36 \text{ m}^{3}$$ 36 m 3, into the density formula to find the mass. The web page shows the answer and explanation for the physics question of calculating the mass of 36m^3 of air with density 1.3 kg/m^3. Find the mass of 36 m³ of air with a density of 1.3 kg/m³ using the formula mass = density x volume.

The Mass Of 36 M³ Of Air, With A Density Of 1.3 Kg/M³, Is Calculated To Be 46.8 Kg.


Mass = (density) (volume) = (1.3) (36) mass = 46.8 kg. This is determined using the formula mass = density × volume. Learn how to calculate the mass of air using its density and volume.

The Caution Says What The Question Says.


All air is the same as the 1.3 kilogram per meter cube. Okay, what is the density? Finally, calculate the air weight (w) in kilograms.

The Density Of The Air Is Given.


First, determine the volume of air (v) in cubic meters.

Popular Post :