Show HW Solutions: Eureka Math Grade 4 Module 3 Lesson 35https://drive.google.com/open?id=0Bze4eU0rInwwS3pSY3RiT0otd1U Please email me if there is a major mistake in the solutions. I'll fix it ASAP. Last modified: Wednesday, May 31, 2017, 2:43 PM Use an area model to represent the following expressions. Then, record the partial products and solve. Question 1. Question 2. Answer: Explanation: Used an area model to represent the following expression then, recorded the partial products and solved 41 X 50 = 2,050 as shown above. Question 3. Answer: Explanation: Used an area model to represent the following expression then, recorded the partial products and solved 60 X 73 = 4,380 as shown above. Draw an area model to represent the following expressions. Then, record the partial products vertically and solve. Question 4. Explanation: Drawn an area model to represent the following expression 80 X 32 then, recorded the partial products vertically and solved as 80 X 32 = 2,560. Question 5. Explanation: Drawn an area model to represent the following expression 70 X 54 then, recorded the partial products vertically and solved as 70 X 54 = 3,780. Visualize the area model, and solve the following expressions numerically. Question 6. Explanation: Visualized the area model, and solved the following expression 30 X 68 = 2,040 numerically as shown above. Question 7. Explanation: Visualized the area model, and solved the following expression 60 X 34 = 2,040 numerically as shown above. Question 8. Explanation: Visualized the area model, and solved the following expression 40 X 55 = 2,200 numerically as shown above. Question 9. Explanation: Visualized the area model, and solved the following expression 80 X 55 = 4,400 numerically as shown above. Eureka Math Grade 4 Module 3 Lesson 35 Exit Ticket Answer KeyUse an area model to represent the following expressions. Question 1. Answer: Explanation: Used an area model to represent the following expression then, recorded the partial products and solved 30 X 93 = 2,790 as shown above. Question 2. Answer: Explanation: Used an area model to represent the following expression then, recorded the partial products and solved 40 X 76 = 3,040 as shown above. Eureka Math Grade 4 Module 3 Lesson 35 Homework Answer KeyUse an area model to represent the following expressions. Then, record the partial products and solve. Question 1. Answer: Explanation: Used an area model to represent the following expression then, recorded the partial products and solved 30 X 17 = 510 as shown above. Question 2. Answer: Explanation: Used an area model to represent the following expression then, recorded the partial products and solved 40 X 58 = 2,320 as shown above. Question 3. Answer: Explanation: Used an area model to represent the following expression then, recorded the partial products and solved 50 X 38 = 1,900 as shown above. Draw an area model to represent the following expressions. Then, record the partial products vertically and solve. Question 4. Explanation: Drawn an area model to represent the following expression 60 X 19 then, recorded the partial products vertically and solved as 60 X 19 = 1,140. Question 5. Explanation: Drawn an area model to represent the following expression 20 X 44 then, recorded the partial products vertically and solved as 20 X 44 = 880. Visualize the area model, and solve the following expressions numerically. Question 6. Explanation: Visualized the area model, and solved the following expression 20 X 88 = 1,760 numerically as shown above. Question 7. Explanation: Visualized the area model, and solved the following expression 30 X 88 = 2,640 numerically as shown above. Question 8. Explanation: Visualized the area model, and solved the following expression 70 X 47 = 3,290 numerically as shown above. Question 9. Explanation: Visualized the area model, and solved the following expression 80 X 65 = 5,200 numerically as shown above. |