This sheet pushes into full two-digit by two-digit territory. Students add up the four area-model parts of 46 x 23, choose the right partial-product pair for 58 x 34, and figure seating in a concert hall with 38 rows of 52 seats. Fill-ins range from 1,862 x 4 and 79 x 63 to an orchard with 45 rows of 37 trees and a four-digit problem, 2,507 x 3.

Mixing word problems with raw computation forces fourth graders to choose a strategy — area model, partial products, or standard algorithm — instead of running the same routine on every problem.

Style:
Busy Bee
Multi-Digit Multiplication
Grade 4
★ Part A: Multiple Choice
Circle the best answer for each question.
1. Using the area model, 46 × 23 is broken into four parts: 40 × 20, 40 × 3, 6 × 20, and 6 × 3. What is the sum of all four parts?
 A) 1,038
 B) 1,048
 C) 1,058
 D) 1,068
2. A delivery service makes 1,375 deliveries each week. How many deliveries does it make in 4 weeks?
 A) 5,400
 B) 5,500
 C) 5,600
 D) 5,700
3. Which pair of partial products correctly solves 58 × 34?
 A) 58 × 4 = 232 and 58 × 3 = 174
 B) 58 × 4 = 232 and 58 × 30 = 1,740
 C) 58 × 4 = 222 and 58 × 30 = 1,740
 D) 58 × 34 = 1,962 and 58 × 0 = 0
4. A concert hall has 38 rows of 52 seats. How many seats are in the hall?
 A) 1,876
 B) 1,926
 C) 1,976
 D) 2,026
★ Part B: Fill in the Blank
Write the correct answer on each line.
1) 1,862 × 4 = 7,448
2) 79 × 63 = 4,977
3) An orchard has 45 rows with 37 trees in each row. The orchard has 1,665 trees.
4) Using partial products, 96 × 15 = 96 × 5 + 96 × 10 = 480 + 960 = 1,440
5) 2,507 × 3 = 7,521
🎯

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12-18 minutes
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