NO LINKS PLEASE Consider two objects (Object 1 and Object 2) moving in the
same direction on a frictionless surface Object I moves with
speed and has mass m2m Object 2 moves
with speed v? V2e and has mass mm
Part A
Which object 1 has the larger magnitude of its momentum

Object 2 has the greater magnitude of its momentum
Object 2 has the greater magnitude of its momentum
Both objects have the same magnitude of their momentum

Part B
Which object has lather kinetic energy? Object 1 has the larger kinetic energy
Object 2 has the greater kinetic energy
Both objects have the same kinetic energy

An alligator swims to the left with a constant velocity of 5 \,\dfrac{\text{m}}{\text s}5 s m ? 5, space, start fraction, m, divided by, s, end fraction. when the alligator sees a bird straight ahead, the alligator speeds up with a constant acceleration of 3 \,\dfrac{\text {m}}{\text s^2}3 s 2 m ? 3, space, start fraction, m, divided by, s, start superscript, 2, end superscript, end fraction leftward until it reaches a final velocity of 35 \,\dfrac{\text {m}}{\text s}35 s m ? 35, space, start fraction, m, divided by, s, end fraction leftward. how many seconds does it take the alligator to speed up from 5 \,\dfrac{\text {m}}{\text s}5 s m ? 5, space, start fraction, m, divided by, s, end fraction to 35 \,\dfrac{\text {m}}{\text s}35 s m ? 35, space, start fraction, m, divided by, s, end fraction?

The particles that are found in the nucleus of an atom are

Light from two different sources are incident upon the same side of a polarizing filter. light from one source is polarized with total intensity ip, while light from the other source is unpolarized with total intensity iu. as you rotate the polarizing filter through 360 degrees, the intensity of the transmitted light on the other side varies by a factor of 9. what is the relative intensity of the initial polarized source to the unpolarized source, or ip/iu?