Calculus-based Physics:
For the following question, you will work on mass and time as discussed in this chapter, and you will do
Part 1) (a) Assuming that each cubic centimeter of water has a mass of exactly 1 g, find the mass of 4.38 cubic meter of water. (b) Suppose that it takes 10.4 hours to drain a container of 24.0 m3 of water. What is the "mass flow rate," of water from the container?\
Part 2) During heavy rain, a section of a mountainside measuring 3.5 km horizontally (perpendicular to the slope), 0.66 km up along the slope, and 2.2 m deep slips into a valley in a mud slide. Assume that the mud ends up uniformly distributed over a surface area of the valley measuring 1.1 km x 1.1 km and that the mass of a cubic meter of mud is 1900 kg. What is the mass of the mud sitting above a 2.4 m2 area of the valley floor?
Thank you in advance for the help.
Calculus-based Physics: For the following question, you will work on mass and time as discussed in...
During heavy rain, a section of a mountainside measuring 5.1 km horizontally (perpendicular to the slope), 1.5 km up along the slope, and 1.6 m deep slips into a valley in a mud slide. Assume that the mud ends up uniformly distributed over a surface area of the valley measuring 0.57 km x 0.57 km and that the mass of a cubic meter of mud is 1900 kg. What is the mass of the mud sitting above a 5.9 m2...
Chapter 01, Problem 025 During heavy rain, a section of-mountainside measuring 1.1 km horizontally perpendicular to the slope), О.73 km up .long the slep-and 2.3 m deep Slge įto a valey ia mud side. As-that the mud ends up uniformly distributed over a surface area of the valley measuring 1.2 km x 1.2 km and that the mass of a cubic meter of mud is 1900 kg. what is the mass of the mud sitting above a 3.2 m area...