Let an object weigh ma grams at a distance ra from the center of the Earth....

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Let an object weigh ma grams at a distance ra from the center of the Earth....

Let an object weigh ma grams at a distance ra from the center of the Earth. When it’s raised to the height rb, it weighs mb=ma(ra2 / rb2). If an object weighs 100.000 g at ra = 6370 km, how much will it weigh on the 10th floor, which is 30 m higher?

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Answer 1

Answer #1

maz 100.0oog - 100g 2100, 000 9 raz 6370 km. debe 6370 +30 6400 km m = ma (rah - 100g ( 6370 2 - 99.06g

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The weight (in pounds) w t(d) of an object varies inversely as the square of its distance (in thousands of miles) d from the center of Earth a. An astronaut weighs 180 pounds at sea level (about...

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Let an object weigh ma grams at a distance ra from the center of the Earth....

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The weight (in pounds) w t(d) of an object varies inversely as the square of its distance (in thousands of miles) d from the center of Earth a. An astronaut weighs 180 pounds at sea level (about...

Consider a cylindrical capacitor like that shown in Fig. 24.6. Let d = rb − ra...

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Let an object weigh ma grams at a distance ra from the center of the Earth....