At the National Physics Laboratory in England a measurement of the gravitational acceleration g was made by throwing a glass ball straight up in an evacuated tube and letting it return, as shown in the Figure. The time interval between the two passages across the lower level is equal to AT‡ = 2.330s. The time interval between the two passages across the upper level is equal to ATH = 1.210s. The distance between the two levels is equal to H : 4.640m. Note that this is one-dimensional motion. Height H ATH ATL Time
At the National Physics Laboratory in England a measurement of the gravitational acceleration g was made by throwing a glass ball straight up in an evacuated tube and letting it return, as shown in the Figure. The time interval between the two passages across the lower level is equal to AT‡ = 2.330s. The time interval between the two passages across the upper level is equal to ATH = 1.210s. The distance between the two levels is equal to H : 4.640m. Note that this is one-dimensional motion. Height H ATH ATL Time
Related questions
Question
ANSWER QUICK!
Calculate the magnitude of g (in m/s^2) that they extracted from this measurement.
Transcribed Image Text:At the National Physics Laboratory in England a measurement of the gravitational acceleration g was made by
throwing a glass ball straight up in an evacuated tube and letting it return, as shown in the Figure. The time
interval between the two passages across the lower level is equal to AT‡ = 2.330s. The time interval
between the two passages across the upper level is equal to ATH = 1.210s. The distance between the two
levels is equal to H : 4.640m. Note that this is one-dimensional motion.
Height
H
ATH
ATL
Time
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 2 steps with 2 images
