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Two cars, initially standing side by side, start moving in the same direction with constant speeds of 100m/s and 150-1 ?m/s Accordingly, what will be the distance between them in 2 minutes km 13.5 (a km 3.6 (b km 6.0 (c km 5.4 (d km 9.4 (e

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Two cars, initially standing side by side, start moving in the same direction with constant speeds of 100m/s and 150-1
?m/s Accordingly, what will be the distance between them in 2 minutes
km 13.5 (a
km 3.6 (b
km 6.0 (c
km 5.4 (d
km 9.4 (e

Two cars, initially standing side by side, start moving in the same direction with constant speeds of 100m/s and 150-1 ?m/s Accordingly, what will be the distance between them in 2 minutes km 13.5 (a km 3.6 (b km 6.0 (c km 5.4 (d km 9.4 (e

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Uzman · 3 yıl öğretmeni
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To find the distance between the two cars after 2 minutes, we need to calculate the distance each car has traveled and then find the difference between them.<br /><br />The first car has a constant speed of 100 m/s. To find the distance it has traveled in 2 minutes, we can use the formula:<br /><br />Distance = Speed x Time<br /><br />Distance = 100 m/s x 2 minutes x 60 seconds/minute = 12,000 meters<br /><br />The second car has a constant speed of 150 m/s. To find the distance it has traveled in 2 minutes, we can use the same formula:<br /><br />Distance = Speed x Time<br /><br />Distance = 150 m/s x 2 minutes x 60 seconds/minute = 18,000 meters<br /><br />Now, to find the distance between the two cars, we subtract the distance traveled by the first car from the distance traveled by the second car:<br /><br />Distance between cars = Distance traveled by second car - Distance traveled by first car<br /><br />Distance between cars = 18,000 meters - 12,000 meters = 6,000 meters<br /><br />Therefore, the distance between the two cars after 2 minutes is 6,000 meters or 6 kilometers.<br /><br />So, the correct answer is (c) km 6.0.
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