Consider a beam of length $L = 5 \text { feet with a fulcrum } x \text { feet from one end as shown in }$ the figure. In order to move a 550-pound object, a person weighing 214 pounds wants to balance it on the beam. Find x (the distance between the person and the fulcrum) such that the system is Equilibrium. Round your answer to two decimal places.
A) $5.10$ feet
B) $3.35$ feet
C) $3.45$ feet
D) $4.60$ feet
E) $3.60$ feet

Question

Consider a beam of length $L = 5 \text { feet with a fulcrum } x \text { feet from one end as shown in }$ the figure. In order to move a 550-pound object, a person weighing 214 pounds wants to balance it on the beam. Find x (the distance between the person and the fulcrum) such that the system is Equilibrium. Round your answer to two decimal places. 
A) $5.10$ feet 
B) $3.35$ feet 
C) $3.45$ feet 
D) $4.60$ feet 
E) $3.60$ feet

Quizplus · Accepted Answer

The Answer of Consider a beam of length $L = 5 \text { feet with a fulcrum } x \text { feet from one end as shown in }$ the figure. In order to move a 550-pound object, a person weighing 214 pounds wants to balance it on the beam. Find x (the distance between the person and the fulcrum) such that the system is Equilibrium. Round your answer to two decimal places. 
A) $5.10$ feet 
B) $3.35$ feet 
C) $3.45$ feet 
D) $4.60$ feet 
E) $3.60$ feet

Consider a Beam of Length L=5 feet with a fulcrum x feet from one end as shown in L = 5 \text { feet with a fulcrum } x \text { feet from one end as shown in }L=5 feet with a fulcrum x feet from one end as shown in

Consider a Beam of Length $L = 5 \text { feet with a fulcrum } x \text { feet from one end as shown in }$