“The first [institution] was the _________________, [which]…

“The first [institution] was the _________________, [which] was designed to address [currency] crises. […] Although its creators designed [the second institution] to help Europe recover from World War II, its mission changed to focus on development in the 1950s.”

  (i)    Find the moment Mx = [answer1] (ii)   Find the mome…

  (i)    Find the moment Mx = [answer1] (ii)   Find the moment My = [answer2] (iii)  Find the total mass m = [answer3] (iv)  Find the center of mass  = ( [answer4]). Round your answers to two decimal places. Answer (iv) by using a comma then a single space to separate answers.

  (i)    Find the moment Mx = [answer1] (ii)   Find the mome…

  (i)    Find the moment Mx = [answer1] (ii)   Find the moment My = [answer2] (iii)  Find the total mass m = [answer3] (iv)  Find the center of mass  = ( [answer4] ). Round your answers to two decimal places. Answer (iv) by using a comma then a single space to separate answers.

  (i)    Find the moment Mx = [answer1] (ii)   Find the mome…

  (i)    Find the moment Mx = [answer1] (ii)   Find the moment My = [answer2] (iii)  Find the total mass m = [answer3] (iv)  Find the center of mass  = ( [answer4] ). Round your answers to two decimal places. Answer (iv) by using a comma then a single space to separate answers.

A triangular tank measuring 12m tall, 15m long, and 4m acros…

A triangular tank measuring 12m tall, 15m long, and 4m across contains water 6m deep. Which of the following integrals represents the work required to pump all the water out of the top of the tank? (Assume the acceleration due to gravity is 10 m/s\(^2\) and the density of water is 100 kg/m\(^3\).)