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11 votes
Find the distance between the points (0,–1) and (0,–11). Question 4 options: 9 10 12 11

2 Answers

9 votes

Answer:

10 units

Explanation:

User Myf
by
8.7k points
1 vote

Answer:


\huge \boxed{ \boxed{ \text{10 \: units}}}

Explanation:

to understand this

you need to know about:

  • coordinates
  • PEMDAS

tips and formulas


  • \tt d = \sqrt{(x _(2) - x_(1) {)}^(2) + ( y_(2) - y_(1) {)}^(2) }

let's solve


  1. \sf substitute \: the \: value \: of \: x_2 \: x_1 \: y_2 \: y_1 : \\ \sqrt{ {(0 - 0)}^(2) + {( - 1 - ( - 11)}^(2) }

  2. \sf simplify \: \{parentheses \} : \\ \sqrt{ {0}^(2) + {10}^(2) }

  3. \sf simplify \: \{ exponets \} : \\ √(0 + 100)

  4. \sf simplify \: \{add \} : \\ √(100)

  5. \sf simplify \{squre \: root \} : \\ \therefore 10
User Stephnie
by
8.4k points

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