A bob of mass

m

is suspended by a spring with spring constant

k=45(N)/(m)

and relaxed length

x_(0)=0.35m

. When the bob and the spring are located\ on the surface of Planet

x

as shown, the equilibrium length

x_(eq,x)

of the spring is

x_(eq,x)=0.55m

. The mass and the radius of Planet

x

are

M_(x)=2\\\\times 10^(24)

\

kg

and

R_(x)=5\\\\times 10^(6)m

, respectively.\ Bob and spring on Planet X. Note, the sizes of the\ spring and bob are greatly exaggerated.\ What is

m

, the mass of the bob?\

m=4.64kg\ m=2.95kg\ m=0.917kg\ m=1.69kg\ m=2.52kg

1) A bob of mass m is suspended by a spring with spring constant k=45N/m and relaxed length x0=0.35m. When the bob and the spring are located on the surface of Planet X as shown, the equilibrium length xeq,X of the spring is xeq,X=0.55m. The mass and the radius of Planet X are MX=21024 kg and RX=5106m, respectively. Bob and spring on Planet X. Note, the sizes of the spring and bob are greatly exaggerated. What is m, the mass of the bob? m=4.64kgm=2.95kgm=0.917kgm=1.69kgm=2.52kg