[" A particle of mass "5g" is moving with a speed of "3sqrt(2)cms^(-1)" in "X-Y" plane along the line "y=x+4.],[" The magnitude of its angular momentum about the origin in "gcm^(2)s^(-1)" is "]

A particle of mass 5g is moving with a uniform speed of 3sqrt2 cm//s in the x-y plane along the line y=x+4 . The magnitude of its angular momentum about the origin in g cm^(2)//s is

A particle of mass 5g is moving with a uniform speed of 3sqrt2 cm//s in the x-y plane along the line y=x+4 . The magnitude of its angular momentum about the origin in g cm^(2)//s is

A particle of mass 5 g is moving with a uniform speed of 3 sqrt(2) "cm s"^(-1) in the XY-plane along the line y = 2 sqrt(5) cm. The magnitude of its angular momentum about the origin in "g-cm"^(2) s^(-1) is

A particle of mass 15 kg is moving with a uniform speed 8ms^(-1) in xy-plane along the line 3y = 4x + 10, then the magnitude of its angular momentum about the origin in kg-m^(2)s^(-1)" is "...(sin53^(@)=4/5)

A particle of mass 10 kg is moving with a uniform speed of 6m/sec, in x-y plane along the line 3y=4x+10 the magnitude of its angular momentum about the origin in kg^(2)//s

A particle of mass m = 5 unit is moving with a uniform speed v = 3 sqrt(2) unit XY plane aong the line Y = X + 4 . The magnitude of the angular momentum about origin is

A particle of mass m=5 units is moving with uniform speed V=3sqrt2 units in the XY plane along the line Y = X + 4. The magnitude of the angular momentum about origin is,

A particle of mass m=5 units is moving with a uniform speed v = 3 sqrt(2) units in the XY-plane along the y=x+4 . The magnitude of the angular momentum about origin is