Example 2 V = 600 m? m = 500K g. Pair = 1.3 Kg/m² Aerostat The air resistance is negligible The aerostat is moving up wit constant acceleration Calculate the altitude of the aerostat at t = 10s FA – mg = ma pgV - g = 5.6 m/s² FA m m at2 h = = 280 m 2 || to

Example 2 V = 600 m? m = 500K g. Pair = 1.3 Kg/m² Aerostat The air resistance is negligible The aerostat is moving up wit constant acceleration Calculate the altitude of the aerostat at t = 10s FA – mg = ma pgV - g = 5.6 m/s² FA m m at2 h = = 280 m 2 || to

Name: Please explain every step of the problem. Example 2m = 500Kg,Pair = 1.
Uploaded: 2024-03-20T06:56:46.000Z
Channel: Bartleby
Description: Please explain every step of the problem. Example 2m = 500Kg,Pair = 1.3 Kg/mV = 600 m?AerostatThe air resistance is negligibleThe aerostat is moving up witconstant accelerationCalculate the altitude of theaerostat at t = 10 sFA – mg = maFApgV-g =5.6

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

Please provide type solution fast i will rate for sure
If a force, F, has a magnitude of 45 N and is at an angle of 65 degrees (relative to the x-axis) then what is the magnitude of the x and y components (Fx and Fy) of this force? Double check your result by calculating the total force and angle using Fx and Fy.
Hello, Could you please solve the attached problem? Can you also include every step with no skipped steps? Are there any formulas that are helpful in getting these questions correct? Please make sure to include every step and double check your work! Thank you!
Solve what is asked on the problem
please ensure this question is 100% correct, thanks. Forces of 10 N and 27 N act on an object. The angle between the two forces is 56 degrees. Find the resultant force on the object and the equilibrant of the two forces. Give direction relative to the 10 N force. Include a vector diagram with your solution.
i just have a question on the algebra on this portion of the problem, what happens to the negative sign that is factored out when you're trying to find the final velocity?
Can you explain the math and equations going on in Step 2? I am finding it unclear.
Using the Pythagorean theorem and the graphical method, calculate the resultant vector of the following. (c) 3 m/s north, 4m/s east, and 6m/s south.
Use vectors to find the lengths of the diagonals of the parallelogram that has i + j and i – 16j as adjacent sides. NOTE: Enter the exact answers. ||d||= ||d||=|
Kindly give each one an example problem about vector product with a scalar, vector dot product and vector cross product.
1 of 1 1114 (Page) Assignment#8 (due Monday July 12th by 11:30am) Each assignment will contain questions to be handed in for marking. Remember that to get full marks on a problem you must include diagrams, coordinate systems etc. You must show your work to receive marks. Include a diagram and co-ordinate system as needed. Note: as stated on the course outline, only a selection of the problems may be marked for credit so DO ALL THE QUESTIONS as you do not know which ones will be marked. Questions: 1. (2.2 from text): What is the average density of the earth? The earth has a mass of 5.98 x10" kg. The average diameter of the earth is 1.27 x 10' m. Assume the earth is a sphere. Compare this density to the density of water. (Ans SS 10/m) 2. (3.4 from text): The density of ice is 9.20 x 10 kg/m'. An ice cube which is 20.0 mm high floats in water. What height of the side of the ice cube is above the surface of the water? (An 1 mm 3. (8.3 from text): A large tank contains a layer of water…
Three forces F, = 200455° , F,=180275° , F,=2502 – 80° are in Newtons. Find the resultant of these forces in polar form. [magnitude to the nearest whole number and angle to the nearest whole degree]