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Show all work for full credit. In order to receive credit fo…

Show all work for full credit. In order to receive credit for this question, upload your handwritten worked-out solution to Partial Credit Midterm I Exam Assignment in Canvas after you’ve finished testing but before you’ve submitted your exam in Canvas. Make sure you stay logged in to Honorlock during the file upload process. DON’T TYPE YOUR ANSWER HERE! Evaluate the integral.  

Integrity Statement: It is considered a violation of academi…

Integrity Statement: It is considered a violation of academic integrity for your to give or receive any assistance on this examination.  That includes: discussing content of the exam with any other student currently enrolled in ACG 3113 until after Monday, 10/21, at 11am. using notes or any other resources to assist with answering the questions. retaining exam questions and/or answers in any format. By acknowledging below you have assured me that you have read the instructions and integrity statement and that you have/will not give nor receive unauthorized aid on this exam. You will not and have not discussed the questions or answers with any individual either before, during, or after the exam.

Create a bitfile that implements the shown circuit in the pr…

Create a bitfile that implements the shown circuit in the provided CLB, assuming a shift register implemented as shown with the dashed line. Assume that 0 selects the right input of a mux, and that 1 selects the left input of a mux. Show the bits as a sequence of 0s and 1s without any quotes (e.g. 001011 instead of “001011”, or 1 instead of ‘1’). D LUT bits = [D_LUT] (Make the top row of the truth table the leftmost bit, and the bottom row the righmost) E LUT bits = [E_LUT] (Make the top row of the truth table the leftmost bit, and the bottom row the righmost) D mux select = [D_MUX] E mux select = [E_MUX] Adjacent CLB mux select = [IN_MUX] Entire bitfile = [BITFILE] (Will accept both possible orderings of LSB and MSB on left)