Evaluate the density of air at ground level

Reference no: EM13656437

Calculate the buoyant force acting on you due to the air you displace. Compute your volume based on mass and assuming that you have a density equal to that of water (1 gram per cubic centimeter). Evaluate the density of air at ground level.

Reference no: EM13656437

Questions Cloud

Prepare a balance sheet on the basis of trial balance : Can the financial positions of the two firms be compared assuming that the two firms fall in the same industry - analytical covering the syllabus till Analysis of Financial Statements.

Particular spring has a force constant : A particular spring has a force constant of 2.2×103N/m. How much mass would have to be suspended from vertical spring to stretch it the first 5.5cm?

Develops between the center of disk and a point on its rim : A metal disk lies in the xy-plane, centered about the origin, and rotates with a constant angular velocity about the z-axis. There is a uniform 0.0528 T magnetic field parallel to the z-axis.

How attractive is the firm from the short-term : How attractive is the firm from the short-term and long-term lenders, perspective? Does the firm appear to be the favorite destination in the automobile sector for the lenders?

Evaluate the density of air at ground level : Calculate the buoyant force acting on you due to the air you displace. Evaluate the density of air at ground level

Obtain how much energy is lost during the window in one day : A glass window pane in a home is 0.62 cm thick and has dimensions of1.2 m 2.2 m. obtain how much energy is lost during the window in one day, assuming the temperatures outside and inside remain constant

Pulled together by their gravitational attraction : Two stars, with masses m1 and m2 that are initially very far apart and at rest (and even farther from any other stars) are pulled together by their gravitational attraction. Determine their relative speed when they are a distance d apart from one ano..

Find the maximum temperature of the water at bottom of falls : The highest recorded waterfall in the world is found at Angel Falls in Venezuela. find the maximum temperature of the water at the bottom of the falls

Determine how much energy was added : A 65 g ice cube at 0°C is heated until 40 gram has become water at 100°C and 25 g has become steam at 100°C. Find how much energy was added to accomplish the transformation

User Account

All Pages