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Question 29 (1 point) Universal Widget Systems (UWS) offers to sell 1000 widgets to Robotics, Inc. The market price for widgets is $12 - $15 per widget. The person preparing the written offer mistakenly omits a digit in the price so that the price of $13,500 appears as $1,350. Robotics, Inc. accepts the offer and UWS resists enforcement of the contract on the basis of mistake. The most likely result is: O UWS wine because the lower price will cause it to lose money on the contract. O UWS wine because there is a mutual mistake as to the value of the widgets. O Robotics, Inc. wins because unilateral mistakes do not allow relief from contractual obligations. UWS wins because Robotics, Inc. cannot take advantage of an obvious clerical mistake or gross mathematical error, even if the mistake is unilateral. SaveJack and his buddies decided to have a night on the town. They visited a local bar, Rico's Bar & Grill, where Jack had several drinks. He got into an argument with another patron and when the bouncer could not persuade Jack to leave, the bouncer threw Jack from the premises. Jack landed on his head on the sidewalk and suffered a serious spinal injury and consequent paralysis. The bouncer was charged with the Criminal Code offence of assault causing bodily harm and Jack sued Rico's in a civil action. Name three important distinctions between the criminal action and the civil action. (6 marks)Q13 (1 mark). For liner system , the following expression is WRONG. (a) If is strictly diagonally dominant, then Jacobi method converged. (b) If is strictly diagonally dominant, then Gauss- Seidel method converged. (c) If Jacobi method converged, then Gauss-Seidel method converged. (d) If Jacobi method converged, then Gauss-Seidel method may not converged.Q13 (1 mark). For liner system Ax=b, the following expression is WRONG. (a) If Ais strictly diagonally dominant, then Jacobi method converged. (b) If Ais strictly diagonally dominant, then Gauss-Seidel method converged. (c) If Jacobi method converged, then Gauss-Seidel method converged. (d) If Jacobi method converged, then Gauss-Seidel method may not converged