randRange(1, 9) randRange(1, 9) randRange(1, 9) shuffle([A, B, C]) shuffle([A, B, C]) D1[0] * 100 + D1[1] * 10 + D1[2] D2[0] * 100 + D2[1] * 10 + D2[2] N1 === N2 ? "=" : N1 < N2 ? "<" : ">"

Fill in the blank.

\large{N1} ____ \large{N2}

SOLUTION

  • <
  • =
  • >
[randRange(0, 9), randRange(0, 9), randRange(1, 9)] [randRange(0, 9), randRange(0, 9), randRange(1, 9)] D1[2] * 100 + D1[1] * 10 + D1[0] D2[2] * 100 + D2[1] * 10 + D2[0] N1 === N2 ? "=" : N1 < N2 ? "<" : ">"

Fill in the blank.

\large{N1} ____ \large{N2}

SOLUTION

  • <
  • =
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\large{<} means "less than".
\large{=} means "equal to".
\large{>} means "greater than".

\large{\qquad \blue{D1[2]} \green{D1[1]} \red{D1[0]} = \blue{D1[2] \text{ plural_form(numberPlaceNames[2], D1[2])}} + \green{D1[1] \text{ plural_form(numberPlaceNames[1], D1[1])}} + \red{D1[0] \text{ plural_form(numberPlaceNames[0], D1[0])}}}

\large{\qquad \blue{D2[2]} \green{D2[1]} \red{D2[0]} = \blue{D2[2] \text{ plural_form(numberPlaceNames[2], D2[2])}} + \green{D2[1] \text{ plural_form(numberPlaceNames[1], D2[1])}} + \red{D2[0] \text{ plural_form(numberPlaceNames[0], D2[0])}}}

\large{N1} is greater than \large{N2}.

Therefore \large{N1 > N2}.

\large{N1} is less than \large{N2}.

Therefore \large{N1 < N2}.

\large{N1} is equal to \large{N2}.

Therefore \large{N1 = N2}.