The image contains math problems numbered 16-26, involving arithmetic operations and number sequencing.

Mathematics
The image contains math problems numbered 16-26, involving arithmetic operations and number sequencing.

ScanSolve AI Answer

Answer

100

Let's continue solving these mental reasoning problems. The rules remain the same:

  • If the flag of the musical note symbol points to the right (stem up, box at top), the operation is division: (Oval number) ÷\div (Line number) = (Box number).
  • If the flag of the musical note symbol points to the left (stem down, box at bottom), the operation is multiplication: (Oval number) ×\times (Line number) = (Box number).

Here are the solutions for problems 17 through 26:

17. Step 1: Identify the operation. The flag points to the left, so the operation is multiplication. Step 2: Calculate the value for the box. 10×10=10010 \times 10 = 100 The value in the box is 100\boxed{100}.

18. Step 1: Identify the operation. The flag points to the right, so the operation is division. Step 2: Calculate the value for the box. 10÷10=110 \div 10 = 1 The value in the box is 1\boxed{1}.

19. Step 1: Identify the operation. The flag points to the left, so the operation is multiplication. Step 2: Calculate the value for the box. 15×3=4515 \times 3 = 45 The value in the box is 45\boxed{45}.

20. Step 1: Identify the operation. The flag points to the left, so the operation is multiplication. Step 2: Calculate the value for the box. 6×9=546 \times 9 = 54 The value in the box is 54\boxed{54}.

21. Step 1: Identify the operation. The flag points to the left, so the operation is multiplication. Step 2: Calculate the value for the box. 9×5=459 \times 5 = 45 The value in the box is 45\boxed{45}.

22. Step 1: Identify the operation. The flag points to the left, so the operation is multiplication. Step 2: Calculate the value for the box. 20×4=8020 \times 4 = 80 The value in the box is 80\boxed{80}.

23. Step 1: Identify the operation. The flag points to the left, so the operation is multiplication. Step 2: Calculate the value for the box. 9×0=09 \times 0 = 0 The value in the box is 0\boxed{0}.

24. Step 1: Identify the operation. The flag points to the right, so the operation is division. Step 2: Calculate the missing oval value. Let the missing oval value be xx. x÷3=6x \div 3 = 6 x=6×3x = 6 \times 3 x=18x = 18 The value in the oval is 18\boxed{18}.

25. Step 1: Identify the operation. The flag points to the left, so the operation is multiplication. Step 2: Calculate the value for the box. 10×50=50010 \times 50 = 500 The value in the box is 500\boxed{500}.

26. Step 1: Identify the operation. The flag points to the left, so the operation is multiplication. Step 2: Calculate the value for the box. 10×2=2010 \times 2 = 20 The value in the box is 20\boxed{20}.

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Quick Answer

The rules remain the same: If the flag of the musical note symbol points to the right* (stem up, box at top), the operation is division: (Oval number) ÷ (Line number) = (Box number).

The image contains math problems numbered 16-26, involving arithmetic operations and number sequencing.
Mathematics

This mathematics problem involves applying core mathematical principles and formulas. Below you will find a complete step-by-step solution with detailed explanations for each step, helping you understand not just the answer but the method behind it.

ScanSolve AI Answer
Let's continue solving these mental reasoning problems. The rules remain the same: If the flag of the musical note symbol points to the right* (stem up, box at top), the operation is division: (Oval number) ÷ (Line number) = (Box number). If the flag of the musical note symbol points to the left* (stem down, box at bottom), the operation is multiplication: (Oval number) × (Line number) = (Box number). Here are the solutions for problems 17 through 26: 17. Step 1: Identify the operation. The flag points to the left, so the operation is multiplication. Step 2: Calculate the value for the box. 10 × 10 = 100 The value in the box is 100. 18. Step 1: Identify the operation. The flag points to the right, so the operation is division. Step 2: Calculate the value for the box. 10 ÷ 10 = 1 The value in the box is 1. 19. Step 1: Identify the operation. The flag points to the left, so the operation is multiplication. Step 2: Calculate the value for the box. 15 × 3 = 45 The value in the box is 45. 20. Step 1: Identify the operation. The flag points to the left, so the operation is multiplication. Step 2: Calculate the value for the box. 6 × 9 = 54 The value in the box is 54. 21. Step 1: Identify the operation. The flag points to the left, so the operation is multiplication. Step 2: Calculate the value for the box. 9 × 5 = 45 The value in the box is 45. 22. Step 1: Identify the operation. The flag points to the left, so the operation is multiplication. Step 2: Calculate the value for the box. 20 × 4 = 80 The value in the box is 80. 23. Step 1: Identify the operation. The flag points to the left, so the operation is multiplication. Step 2: Calculate the value for the box. 9 × 0 = 0 The value in the box is 0. 24. Step 1: Identify the operation. The flag points to the right, so the operation is division. Step 2: Calculate the missing oval value. Let the missing oval value be x. x ÷ 3 = 6 x = 6 × 3 x = 18 The value in the oval is 18. 25. Step 1: Identify the operation. The flag points to the left, so the operation is multiplication. Step 2: Calculate the value for the box. 10 × 50 = 500 The value in the box is 500. 26. Step 1: Identify the operation. The flag points to the left, so the operation is multiplication. Step 2: Calculate the value for the box. 10 × 2 = 20 The value in the box is 20. Last free one today — make it count tomorrow, or type /upgrade for unlimited.