Using Calculus To Fit This Couch Shorts

By hairstyler On Nov 11, 2025

FIT COUCH - YouTube

FIT COUCH - YouTube Get more homework help from chegg at https://che.gg/3hbtg8y watch more chegg shorts: https://www. /@chegg/shorts about chegg: chegg is a leading education technology company. In mathematics, the moving sofa problem or sofa problem is a two dimensional idealization of real life furniture moving problems and asks for the rigid two dimensional shape of the largest area that can be maneuvered through an l shaped planar region with legs of unit width. [1].

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#applicationofdifferentiation #calculus #shorts #mathsshorts - YouTube The moving sofa problem, which deals with the math of how shapes can fit around corners, may have been solved by a korean mathematician. uc davis mathematician dan romik has made a study of the problem and its variants. Fifty years after its inception, the moving sofa problem continues to lead to new mathematical insights – and nice looking pictures and animations! i've also used a 3d printer to create real life 3d models of the shapes shown above, which are fun to play with and show other people. Check to see if the couch comes as a flat pack, then for sure you’ll be able to get it in and assemble later. whether you’d be able to get it out when you move is another story though. By entering the dimensions of your couch and your door, the calculator will tell you if the couch fits, and if so, the best method to move it in: straight, tilted, or rotated.

When Calculus Hits Different 🤯😂 | Can You Solve This? #shorts - YouTube

When Calculus Hits Different 🤯😂 | Can You Solve This? #shorts - YouTube Check to see if the couch comes as a flat pack, then for sure you’ll be able to get it in and assemble later. whether you’d be able to get it out when you move is another story though. By entering the dimensions of your couch and your door, the calculator will tell you if the couch fits, and if so, the best method to move it in: straight, tilted, or rotated. When you know the dimensions of this isosceles right triangle, you can look at the hypotenuse — the ladder — and determine if it's short enough or too long to fit around the tightest part of this corner. and, of course, you don't want to scrape or punch holes in the wall!. Today, we talk about the mathematics of moving a couch. the university of houston presents this series about the machines that make our civilization run, and the people whose ingenuity created them. In this paper, we employ calculus of variations method to solve this problem. assuming the trajectories and envelopes are convex, the sofa's area is formulated as an integral functional on a set of parametric equations for curves. Calculus is the study of change, in a mathematical sense. it’s used to find things like the rate of change of velocity of an object (i.e. acceleration), or the rate of change of a function. in short, it allows us to study how things change over time.

Calculus #maths #calculus #shorts - YouTube

Calculus #maths #calculus #shorts - YouTube When you know the dimensions of this isosceles right triangle, you can look at the hypotenuse — the ladder — and determine if it's short enough or too long to fit around the tightest part of this corner. and, of course, you don't want to scrape or punch holes in the wall!. Today, we talk about the mathematics of moving a couch. the university of houston presents this series about the machines that make our civilization run, and the people whose ingenuity created them. In this paper, we employ calculus of variations method to solve this problem. assuming the trajectories and envelopes are convex, the sofa's area is formulated as an integral functional on a set of parametric equations for curves. Calculus is the study of change, in a mathematical sense. it’s used to find things like the rate of change of velocity of an object (i.e. acceleration), or the rate of change of a function. in short, it allows us to study how things change over time.

MINI COUCH #shorts - YouTube

MINI COUCH #shorts - YouTube In this paper, we employ calculus of variations method to solve this problem. assuming the trajectories and envelopes are convex, the sofa's area is formulated as an integral functional on a set of parametric equations for curves. Calculus is the study of change, in a mathematical sense. it’s used to find things like the rate of change of velocity of an object (i.e. acceleration), or the rate of change of a function. in short, it allows us to study how things change over time.

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