Use the indicated property to write a new expression equal to the given one. Simplify the expression if possible.6 + x; commutative

Solve using the multiplication principle.- k = – 6

Question 2: Finite State Machine (FSM) State Transition (1 Point) You are given the following state diagram for an FSM: States: A, B, C Input: X (can be 0 or 1) Transitions: From A: If X == 0, stay in A If X == 1, go to B From B: If X == 0, go to C If X == 1, stay in B From C: If X == 0, go to A If X == 1, go to B Starting from state A, and given the input sequence 1, 1, 0, 0, 1, list the sequence of states the FSM transitions through.

Question 1: Verilog Timing Diagram Interpretation (1 Point) Consider the following Verilog code snippet: module sequence_detector(     input clk,     input reset,     input in_bit,     output reg out_bit );     reg [1:0] state;     always @(posedge clk or posedge reset) begin         if (reset)             state

Use the indicated property to write a new expression equal to the given one. Simplify the expression if possible.3(r + k); distributive

Find the area of the triangle or rectangle. Round to the nearest thousandth, if necessary. yd

Fill in the blank with one word or phrase.A(n) is used to compare different kinds of quantities.

Solve the equation using the addition principle.x – = –

Write the fraction as a percent. Round your answer to the nearest hundredth percent.A basketball player made of the free throws she attempted.

Solve.5(7x – 1) = 20