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Moving crates with individual weights of 7,432 lbs, 12,550 lbs, 6,123 lbs, and 9,634 lbs are being loaded onto a flatbed truck. The driver needs to estimate the total weight of the shipping containers to the nearest thousand pounds in order to calculate the freight tolls along his route. Since he doesn't have a calculator handy, he will need to round each container's weight to the nearest thousand before totaling the weights. What will his total estimated weight be?

User Halilenver
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1 Answer

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Final answer:

The driver can estimate the total weight of the shipping containers by rounding each weight to the nearest thousand pounds; the weights round to 7,000 lbs, 13,000 lbs, 6,000 lbs, and 10,000 lbs, adding up to a total estimated weight of 36,000 lbs.

Step-by-step explanation:

The driver wants to estimate the total weight of the shipping containers, which have individual weights of 7,432 lbs, 12,550 lbs, 6,123 lbs, and 9,634 lbs. To do this without a calculator, the driver must round each weight to the nearest thousand pounds and then add them together.

Here are the weights rounded to the nearest thousand:

  • 7,432 lbs ≈ 7,000 lbs
  • 12,550 lbs ≈ 13,000 lbs
  • 6,123 lbs ≈ 6,000 lbs
  • 9,634 lbs ≈ 10,000 lbs

Adding these rounded weights together:

7,000 lbs + 13,000 lbs + 6,000 lbs + 10,000 lbs = 36,000 lbs

Therefore, the total estimated weight of the shipping containers to the nearest thousand pounds is 36,000 lbs.

User Charelle
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