You have a table as seen below. You'want to sit close to one edge, but when you sit, the other side should not go up and let you fall. How many centimeters from the edge (minimum distance) can you sit without tipping it over? Mass of the table is in the table top only (ignore the mass of the legs) and is equal to 32.7 kg. Table top material is uniform. Your mass is 87 kg. W= 4.4 m, W =1.2 m, and h = 1.1 m. g-9.8 m/s2 W2 W1 W2
You have a table as seen below. You'want to sit close to one edge, but when you sit, the other side should not go up and let you fall. How many centimeters from the edge (minimum distance) can you sit without tipping it over? Mass of the table is in the table top only (ignore the mass of the legs) and is equal to 32.7 kg. Table top material is uniform. Your mass is 87 kg. W= 4.4 m, W =1.2 m, and h = 1.1 m. g-9.8 m/s2 W2 W1 W2
Chapter2: Loads On Structures
Section: Chapter Questions
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You have a table as seen below. You want to sit close to one edge, but when you sit, the other side should not go up and let you
fall. How many centimeters from the edge (minimum distance) can you sit without tipping it over? Mass of the table is in the
table top only (ignore the mass of the legs) and is equal to 32.7 kg. Table top material is uniform. Your mass is 87 kg. W= 4.4 m,
W1=1.2 m, and h = 1.1 m. g-9.8 m/s2
on
W2
W1
W2
Answer:"
Transcribed Image Text:O Caculus 2 O MIT chem O Kimya
BU
Mat
O CS50 C Coursera P Piazza
Colao
Kitap
Caculus
CAN TURAN
You have a table as seen below. You want to sit close to one edge, but when you sit, the other side should not go up and let you
fall. How many centimeters from the edge (minimum distance) can you sit without tipping it over? Mass of the table is in the
table top only (ignore the mass of the legs) and is equal to 32.7 kg. Table top material is uniform. Your mass is 87 kg. W= 4.4 m,
W1=1.2 m, and h = 1.1 m. g-9.8 m/s2
on
W2
W1
W2
Answer:
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