Home / Business /1) Layout a storeroom with bulk storage areas (4' on the aisle \( X 12^{\prime} \) deep) plus 800 aisle feet of pallet racks for \( 4^{\prime} \times 4^{\prime} \) pallets plus 400 feet of shelving ( \( 1^{\prime} \times 7^{\prime} \times 3^{\prime} \) wide). Use \( 9^{\prime} \) aisles for fork trucks and 44' aisles for shelves. Calculate square footage. Show the layout, either generated using CAD or hand-drawn (neatly) on this paper. Show all calculations for a full credit for this problem.

Question 1) Layout a storeroom with bulk storage areas (4' on the aisle \( X 12^{\prime} \) deep) plus 800 aisle feet of pallet racks for \( 4^{\prime} \times 4^{\prime} \) pallets plus 400 feet of shelving ( \( 1^{\prime} \times 7^{\prime} \times 3^{\prime} \) wide). Use \( 9^{\prime} \) aisles for fork trucks and 44' aisles for shelves. Calculate square footage. Show the layout, either generated using CAD or hand-drawn (neatly) on this paper. Show all calculations for a full credit for this problem.

E0X1OW The Asker · Management

Transcribed Image Text: 1) Layout a storeroom with bulk storage areas (4' on the aisle \( X 12^{\prime} \) deep) plus 800 aisle feet of pallet racks for \( 4^{\prime} \times 4^{\prime} \) pallets plus 400 feet of shelving ( \( 1^{\prime} \times 7^{\prime} \times 3^{\prime} \) wide). Use \( 9^{\prime} \) aisles for fork trucks and 44' aisles for shelves. Calculate square footage. Show the layout, either generated using CAD or hand-drawn (neatly) on this paper. Show all calculations for a full credit for this problem.
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Transcribed Image Text: 1) Layout a storeroom with bulk storage areas (4' on the aisle \( X 12^{\prime} \) deep) plus 800 aisle feet of pallet racks for \( 4^{\prime} \times 4^{\prime} \) pallets plus 400 feet of shelving ( \( 1^{\prime} \times 7^{\prime} \times 3^{\prime} \) wide). Use \( 9^{\prime} \) aisles for fork trucks and 44' aisles for shelves. Calculate square footage. Show the layout, either generated using CAD or hand-drawn (neatly) on this paper. Show all calculations for a full credit for this problem.
Community Answer
JB54UE

【General guidance】The answer provided below has been developed in a clear step by step manner.Step1/1Coordinates in general:The right generalised coordinates for this system are two-dimensional and can be chosen as the position of the particle in the x-y plane: x = x(t) and y = y(t) (t).Equations of Motion Based on Lagrangians:The system's Lagrangian is the difference between its kinetic energy and its potential energy.L = T - Uwhere T is the energy of motion and U is the energy of potential motion.How fast the particle is moving is given byT = ½mv²where m is the particle's mass and v is its speed.The particle's potential energy due to the gravity field is given byU = mgzwhere g is the acceleration caused by gravity and z is the particle's height above the origin.The particle's potential energy due to the extra force is given byU = -Ar-awhere A and an are constants and r is the dista ... See the full answer

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