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At the beginning of the season, MacDonald had to remove 55 orange trees from his farm. Each of the remaining trees produced 210210 oranges for a total harvest of 41,79041,790 oranges. If tt is the initial number of trees on MacDonald's farm, which of the following equations best describes the situation?

Full solution

Q. At the beginning of the season, MacDonald had to remove 55 orange trees from his farm. Each of the remaining trees produced 210210 oranges for a total harvest of 41,79041,790 oranges. If tt is the initial number of trees on MacDonald's farm, which of the following equations best describes the situation?
  1. Denote initial number of trees: Let's denote the initial number of trees on MacDonald's farm as tt. Since MacDonald had to remove 55 orange trees, the number of remaining trees is t5t - 5. Each of these remaining trees produced 210210 oranges. The total harvest from these trees is given as 41,79041,790 oranges. To find the relationship between the initial number of trees and the total harvest, we can set up the following equation:\newline(t5)×210=41,790(t - 5) \times 210 = 41,790
  2. Find total harvest equation: Now, we need to solve for tt. First, we can simplify the equation by dividing both sides by 210210 to find the number of remaining trees: (t5)=41,790210(t - 5) = \frac{41,790}{210}
  3. Solve for number of trees: Perform the division to simplify the equation further: t5=199t - 5 = 199
  4. Simplify equation further: Next, we add 55 to both sides of the equation to solve for tt: \newlinet=199+5t = 199 + 5
  5. Add 55 to solve: Finally, we perform the addition to find the value of tt:t=204t = 204

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