Complete the flow diagram and tables below.

Here are the completed flow diagrams and multiplication tables.

WEDNESDAY

• Flow Diagram 1: The rule is to multiply the input by 4.

  • Input 10: $10 \times 4 = \boxed{\mathbf{40}}$
  • Input 11: $11 \times 4 = \boxed{\mathbf{44}}$
  • Input 13: $13 \times 4 = \boxed{\mathbf{52}}$
  • Input 14: $14 \times 4 = \boxed{\mathbf{56}}$
  • Input 15: $15 \times 4 = \boxed{\mathbf{60}}$

• Flow Diagram 2: The rule is to multiply the input by 4.

  • Input 9: $9 \times 4 = \boxed{\mathbf{36}}$
  • Input 12: $12 \times 4 = \boxed{\mathbf{48}}$
  • Input 16: $16 \times 4 = \boxed{\mathbf{64}}$
  • Input 17: $17 \times 4 = \boxed{\mathbf{68}}$
  • Input 18: $18 \times 4 = \boxed{\mathbf{72}}$

THURSDAY

• Multiplication Table 1: Each 'x' value is multiplied by 4.

  • $1 \times 4 = \boxed{\mathbf{4}}$
  • $2 \times 4 = \boxed{\mathbf{8}}$
  • $3 \times 4 = \boxed{\mathbf{12}}$
  • $4 \times 4 = \boxed{\mathbf{16}}$
  • $5 \times 4 = \boxed{\mathbf{20}}$
  • $6 \times 4 = \boxed{\mathbf{24}}$
  • $7 \times 4 = \boxed{\mathbf{28}}$
  • $8 \times 4 = \boxed{\mathbf{32}}$
  • $9 \times 4 = \boxed{\mathbf{36}}$
  • $10 \times 4 = \boxed{\mathbf{40}}$
  • $11 \times 4 = \boxed{\mathbf{44}}$
  • $12 \times 4 = \boxed{\mathbf{48}}$
  • $13 \times 4 = \boxed{\mathbf{52}}$
  • $14 \times 4 = \boxed{\mathbf{56}}$
  • $15 \times 4 = \boxed{\mathbf{60}}$

• Multiplication Table 2: Each 'x' value is multiplied by 4.

  • $16 \times 4 = \boxed{\mathbf{64}}$
  • $17 \times 4 = \boxed{\mathbf{68}}$
  • $18 \times 4 = \boxed{\mathbf{72}}$
  • $19 \times 4 = \boxed{\mathbf{76}}$
  • $20 \times 4 = \boxed{\mathbf{80}}$
  • $21 \times 4 = \boxed{\mathbf{84}}$
  • $22 \times 4 = \boxed{\mathbf{88}}$
  • $23 \times 4 = \boxed{\mathbf{92}}$
  • $24 \times 4 = \boxed{\mathbf{96}}$
  • $25 \times 4 = \boxed{\mathbf{100}}$
  • $26 \times 4 = \boxed{\mathbf{104}}$
  • $27 \times 4 = \boxed{\mathbf{108}}$
  • $28 \times 4 = \boxed{\mathbf{112}}$
  • $29 \times 4 = \boxed{\mathbf{116}}$
  • $30 \times 4 = \boxed{\mathbf{120}}$