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Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
Two children are swinging from a 12 ft jungle gym that weights 50 Ibs as shown in the figure given below. The child at C weights 70 Ibs and the child at D weights 60 Ibs. Calculate the reactions for the pin at A and the roller at B.[In the figure , c.g. refers to center of gravity.]
