Answer:
What is the mission
Step-by-step explanation:
40 I believe because the space of the auto mobile catching up to the train is 4 hours. 4 times 30 is 120 miles so u need to figure out a number that can reach 120 in three hours. 3 times 40 is 120
Based on the given values of briefcases presented, there is only a little chance that you would get the briefcase with the $500,000 considering that there are three. Therefore, the mathematically correct decision for this and why would be option A. <span>Take the $160,000, because it is greater than the expected value of the briefcases. Hope this answer helps.</span>
<span>1.You should set up the long division.
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2 <span>Calculate 43 ÷ 7, which is 6 with a remainder of 1.
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3 <span>Bring down 1, so that 11 is large enough to be divided by 7.
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4 <span>Calculate 11 ÷ 7, which is 1 with a remainder of 4.
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5 <span>Bring down 8, so that 48 is large enough to be divided by 7.
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6 <span>Calculate 48 ÷ 7, which is 6 with a remainder of 6.
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7 <span>Therefore, 4318 ÷ 7 = 616 with a remainder of 6.
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616 with</span> a remainder of 6 or 616.8571
