Please include given (what variables are given), find (what variable to find), and solution. Consider an infinitely long I-beam. There is a Gaussian distributionw(x) acting over the entire I-beam, as shown in the figure below.w(x) = e-(x m¯1)² kN/mх— ХоWhat is the resultant force acting over the I-beam from the distributed load? What is the resultantmoment from the distributed load about the point xo? Note that xo = -5 m. (Hint: do someresearch on the Gaussian integral).

Given: Let us consider the given wx=e-xm-12 kNm

Consider an infinitely long l-beam. There is a Gaussian distribution w(x) acting over the entire I-beam, as shown in the figure below. w(x) = e-(x m-1)2 kN/m x = x0 What is the resultant force acting over the I-beam from the distributed load? What is the resultant moment from the distributed load about the point xo? Note that xo = -5 m. (Hint: do some research on the Gaussian integral).

Consider an infinitely long l-beam. There is a Gaussian distribution w(x) acting over the entire I-beam, as shown in the figure below. w(x) = e-(x m-1)2 kN/m x = x0 What is the resultant force acting over the I-beam from the distributed load? What is the resultant moment from the distributed load about the point xo? Note that xo = -5 m. (Hint: do some research on the Gaussian integral).