Design a logic circuit to multiply two, 2-bit binary numbers together that produce a 4-bit result Y3Y2Y1Y0 . The numbers are represented by expressions A1A0 and B1B0 (A1 and B1 represent the Most Significant Bit). Perform the following steps: a) Produce a truth table for the multiplication operation.

b) Draw a K-Map for the second Least Significant Bit (Y1) of the multiplication result and produce a simplified logic expression.

c) Input the truth table prepared in part (a) using Logisim and verify that K-Map and Boolean expression you obtained part (b) matches with the one obtained using Logisim. Include the snapshot in your report

At an open or uncontrolled intersection, yield if a. your road is paved and the crossroad is not b. the cross road is paved and yours is not c. you have two or more passengers in your vehicle d. you did not yield in the last intersection

Which of these options are the correct sequence of actions for content to be copied and pasted? select content, click the copy button, click the paste button, and move the insertion point to where the content needs to be inserted. click the copy button, select the content, move the insertion point to where the content needs to be inserted, and click the paste button. select the content, click the copy button, move the insertion point to where the content needs to be inserted, and click the paste button. select the content, move the insertion point to where the content needs to be inserted, click the copy button, and click the paste button.

Write a program that defines symbolic names for several string literals (chars between quotes). * use each symbolic name in a variable definition. * use of symbolic to compose the assembly code instruction set can perform vara = (vara - varb) + (varc - vard); ensure that variable is in unsigned integer data type. * you should also further enhance your symbolic logic block to to perform expression by introducing addition substitution rule. vara = (vara+varb) - (varc+vard). required: debug the disassembly code and note down the address and memory information.