You drop an object from a bridge and simultaneously, you throw a-other object downwards at 10...

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You drop an object from a bridge and simultaneously, you throw a-other object downwards at 10 m/s. As the objects are falling, which object has the larger acceleration? (Ignore air resistance.) O The dropped object. Both objects have the same acceleration. The thrown object. It depends on the masses of the objects. Question 10 1 pts Assume you measured the position of an object in 1 second intervals at t = 1, 2, 3, and 4 seconds, and obtained x = 5.29, 11.01, 17.84, and 28.74 meters respectively. Enter these data into an Excel spreadsheet and produce a graph of position versus time, as in studio session 1. Add a trendline, and Choose "Linear", "Display equation on chart". Format the trendline label so that it shows 3 decimal places. What is the y intercept (the best estimate of the position of the object in m at t = 0 of this trendline? Enter a number with 3 digits behind the decimal point. If the number is negative, include the sign. You drop an object from a bridge and simultaneously, you throw a-other object downwards at 10 m/s. As the objects are falling, which object has the larger acceleration? (Ignore air resistance.) O The dropped object. Both objects have the same acceleration. The thrown object. It depends on the masses of the objects. Question 10 1 pts Assume you measured the position of an object in 1 second intervals at t = 1, 2, 3, and 4 seconds, and obtained x = 5.29, 11.01, 17.84, and 28.74 meters respectively. Enter these data into an Excel spreadsheet and produce a graph of position versus time, as in studio session 1. Add a trendline, and Choose "Linear", "Display equation on chart". Format the trendline label so that it shows 3 decimal places. What is the y intercept (the best estimate of the position of the object in m at t = 0 of this trendline? Enter a number with 3 digits behind the decimal point. If the number is negative, include the sign.

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1 Dropped Object The dropped object starts with an initial vel... View the full answer