Different mass crates are placed on top of springs of uncompressedlength and stiffness . The crates...
Rank the time required for the crates toreturn to their initial positions from largest to smallest.
Rank from largest to smallest. Torank items as equivalent, overlap them.
A
k=15N/m
L=10 cm
Lo=15 cm
B
k=10N/m
L=5 cm
Lo=20 cm
C
k=10N/m
L=5 cm
Lo=10 cm
D
k=20N/m
L=5 cm
Lo=15 cm
E
k=5N/m
L=10 cm
Lo=20 cm
F
k=5N/m
L=5 cm
Lo=10 cm
Homework Answers
You need 2 equations:
therefore,
---> 
(a is in this case gravity (-9.8m/s^2))
1) m = -(10)*(0.15-0.10)/(-9.8) = 0.05102 kg
repeat same formula for the others.
Add Answer to:
Different mass crates are placed on top of springs of uncompressedlength and stiffness . The crates...
Different mass crates are placed on top of springs of uncompressed length L0 and stiffness k....
Different mass crates are placed on top of springs of
uncompressed length L0 and stiffness k. (Figure 1) The crates are
released and the springs compress to a length L before bringing the
crates back up to their original positions.
Rank the time required for the crates to return to their initial
positions from largest to smallest.
Rank from largest to smallest. To rank items as equivalent,
overlap them.
We were unable to transcribe this imageResetHelp 5N/mk 10 N/m L...
Different mass crates are placed on top of springs of uncompressed length L_0 and stiffness k....
Different mass crates are placed on top of springs of uncompressed length L_0 and stiffness k. The crates are released and the springs compress to a length L before bringing the crates back up to their original positions. Rank the time required for the crates to return to their initial positions from largest to smallest. 1 ) k= 10 n/m L= 5 cm L_0= 10 cm 2) k= 5 n/m L= 10 cm L_0= 20 cm 3) k= 20 n/m...
Different mass crates are placed on top of springs of uncompressed length and stiffness . (Figure...
Different mass crates are placed on top of springs of
uncompressed length and stiffness. (Figure 1) The crates are
released and the springs compress to a length before bringing the
crates back up to their original positions.Rank the time required for the crates to return to their initial
positions from largest to smallest.A: k=10 N/m L= 5 cm L0=10cmB: k=20 N/m L=5cm L0=15cmC: k=15 N/m L= 10cm L0=15cmD: k=5 N/m L= 5cm L0= 10cmE: k=10 N/m L=5cm L0= 20cmF: k=5...
Different mass crates are placed on top of springs of uncompressedlength and stiffness . The crates...
Different mass crates are placed on top of springs of uncompressedlength and stiffness . The crates are released and the springscompress to a length before bringing the crates back up to theiroriginal positions.
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released and the springs compress to a length L before bringing the
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Rank the time required for the crates to return to their initial
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Rank from largest to smallest. To rank items as equivalent,
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