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Sagot :
To solve this problem, let’s use the given relationships and set up equations to find the amount of money each person has in their savings account.
1. Identify the Variables:
- Let [tex]\( J \)[/tex] represent the amount of money Jeremy has.
- Let [tex]\( H \)[/tex] represent the amount of money Hayden has.
- Let [tex]\( K \)[/tex] represent the amount of money Kyle has.
2. Set up the Relationships:
- Kyle has three times as much money as Hayden: [tex]\( K = 3H \)[/tex].
- Hayden has twice as much money as Jeremy: [tex]\( H = 2J \)[/tex].
- The total amount of money combined is [tex]$612: \( K + H + J = 612 \). 3. Substitute the Relationships into the Total Equation: - First, substitute \( H = 2J \) into \( K = 3H \): \[ K = 3(2J) = 6J \] - Now substitute \( K = 6J \) and \( H = 2J \) into the total equation: \[ 6J + 2J + J = 612 \] - Combine like terms: \[ 9J = 612 \] 4. Solve for \( J \): \[ J = \frac{612}{9} = 68 \] 5. Calculate \( H \) and \( K \) Using the Relationships: - Since \( H = 2J \): \[ H = 2 \times 68 = 136 \] - Since \( K = 6J \): \[ K = 6 \times 68 = 408 \] 6. Conclusion: - Kyle has $[/tex]\[tex]$408$[/tex] in his savings account.
Thus, the answer is:
(E) [tex]\(\$ 408\)[/tex]
1. Identify the Variables:
- Let [tex]\( J \)[/tex] represent the amount of money Jeremy has.
- Let [tex]\( H \)[/tex] represent the amount of money Hayden has.
- Let [tex]\( K \)[/tex] represent the amount of money Kyle has.
2. Set up the Relationships:
- Kyle has three times as much money as Hayden: [tex]\( K = 3H \)[/tex].
- Hayden has twice as much money as Jeremy: [tex]\( H = 2J \)[/tex].
- The total amount of money combined is [tex]$612: \( K + H + J = 612 \). 3. Substitute the Relationships into the Total Equation: - First, substitute \( H = 2J \) into \( K = 3H \): \[ K = 3(2J) = 6J \] - Now substitute \( K = 6J \) and \( H = 2J \) into the total equation: \[ 6J + 2J + J = 612 \] - Combine like terms: \[ 9J = 612 \] 4. Solve for \( J \): \[ J = \frac{612}{9} = 68 \] 5. Calculate \( H \) and \( K \) Using the Relationships: - Since \( H = 2J \): \[ H = 2 \times 68 = 136 \] - Since \( K = 6J \): \[ K = 6 \times 68 = 408 \] 6. Conclusion: - Kyle has $[/tex]\[tex]$408$[/tex] in his savings account.
Thus, the answer is:
(E) [tex]\(\$ 408\)[/tex]
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