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SITUATION: Sphere A is attached to Sphere B by a cable whose mass is negligible. Both spheres are identical in dimensions, R = 0.6 m, but differ in material composition. If sphere A %3D has a mass of 1223.24 kilograms and sphere B has a mass of 407.747 kilograms and both spheres are thrown in water (SG = 1.0), determine the following: The exposed volume of the sphere B in cubic meters.

SITUATION: Sphere A is attached to Sphere B by a cable whose mass is negligible. Both spheres are identical in dimensions, R = 0.6 m, but differ in material composition. If sphere A %3D has a mass of 1223.24 kilograms and sphere B has a mass of 407.747 kilograms and both spheres are thrown in water (SG = 1.0), determine the following: The exposed volume of the sphere B in cubic meters.

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SITUATION: Sphere A is attached to Sphere B by a cable whose mass is negligible. Both spheres are identical in dimensions, R = 0.6 m, but differ in material composition. If sphere A has a mass of 1223.24 kilograms and sphere B has a mass of 407.747 kilograms and both spheres are thrown in water (SG = 1.0), determine the following: The exposed volume of the sphere B in cubic meters. 0.179 0.726 0.114 0.220
Transcribed Image Text:SITUATION: Sphere A is attached to Sphere B by a cable whose mass is negligible. Both spheres are identical in dimensions, R = 0.6 m, but differ in material composition. If sphere A has a mass of 1223.24 kilograms and sphere B has a mass of 407.747 kilograms and both spheres are thrown in water (SG = 1.0), determine the following: The exposed volume of the sphere B in cubic meters. 0.179 0.726 0.114 0.220
SITUATION: Sphere A is attached to Sphere B by a cable whose mass is negligible. Both spheres are identical in dimensions, R = 0.6 m, but differ in material composition. If sphere A has a mass of 1223.24 kilograms and sphere B has a mass of 407.747 kilograms and both spheres are thrown in water (SG = 1.0), determine the following: The draft of sphere B. 98.5 cm 85.8 cm 79.5 cm 148.6 cm SITUATION: Sphere A is attached to Sphere B by a cable whose mass is negligible. Both spheres are identical in dimensions, R = 0.6 m, but differ in material composition. If sphere A has a mass of 1223.24 kilograms and sphere B has a mass of 407.747 kilograms and both spheres are thrown in water (SG = 1.0), determine the following: The tension in the cable connecting the spheres. 3.124 N 3124 N 8.876 N 8876 N
Transcribed Image Text:SITUATION: Sphere A is attached to Sphere B by a cable whose mass is negligible. Both spheres are identical in dimensions, R = 0.6 m, but differ in material composition. If sphere A has a mass of 1223.24 kilograms and sphere B has a mass of 407.747 kilograms and both spheres are thrown in water (SG = 1.0), determine the following: The draft of sphere B. 98.5 cm 85.8 cm 79.5 cm 148.6 cm SITUATION: Sphere A is attached to Sphere B by a cable whose mass is negligible. Both spheres are identical in dimensions, R = 0.6 m, but differ in material composition. If sphere A has a mass of 1223.24 kilograms and sphere B has a mass of 407.747 kilograms and both spheres are thrown in water (SG = 1.0), determine the following: The tension in the cable connecting the spheres. 3.124 N 3124 N 8.876 N 8876 N
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