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Traffic Flow

Question 12

Multiple Choice

Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the "square" of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x1 represents the number of cars traveling between intersections A and B, x2 represents the number of cars traveling between B and C, x3 the number between C and D, and x4 the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain
Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , ,
Formulate equations for the traffic at B, C, and D. Solve the system of these four equations.
Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , ,


A) Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , , , Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , , , Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , , , Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , ,
B) Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , , , Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , , , Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , , , Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , ,
C) Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , , , Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , , , Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , , , Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , ,
D) Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , , , Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , , , Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , , , Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , ,
E) Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , , , Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , , , Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , , , Traffic flow. In the analysis of traffic flow, a certain city estimates the following situation for the square of its downtown district. In the following figure, the arrows indicate the flow of traffic. If x<sub>1</sub> represents the number of cars traveling between intersections A and B, x<sub>2</sub> represents the number of cars traveling between B and C, x<sub>3</sub> the number between C and D, and x<sub>4</sub> the number between D and A, we can formulate equations based on the principle that the number of vehicles entering an intersection equals the number leaving it. That is, for intersection A we obtain Formulate equations for the traffic at B, C, and D. Solve the system of these four equations. A) , , , B) , , , C) , , , D) , , , E) , , ,

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