Guano-n 11 um yet Use the following information to answer questions 11. 12,13 and 14 \"mag when exploring space, scientists will often use probes to gather information about planets and muons, as it is more economical and often times, safer than sending a human expedition. Several landing to the Red Marked out of Planet used parachutes and an airbag landing system to bring probes safely to rest on the planet's surface. The parachutes act to sloli.I down the probe through the atmosphere; while the landing balloons allow the probe 1'\" to bounce to a stop. The probe is then released to explore the planet. t" Flag \"\"5\"" Specifications fur the Mission 2 Mass of airbag landing system including the probe 4 20 x 10 kg Speed of airbag landing system as it entered the atmosphere 5 60 K 102 mis Velocity of airbag landing system Just before it hit the surface, the rst time 21 mis down - rm air hp Velocity of airbag landing system Just aer it rebounds from the surface: the rst time 13 mls, up The magnitude of the momentum of the landing unit as it entered the Red Planet's atmosphere was Select one: C) a. 2.35): 10%;] -m/s 0 h. 8.82x103kgm/s O (- 546x103kgrm/5 0 d. 143x104kgrm/5 Question 12 Explain using the principles covered in Unit A, why the airbags reduce the possibility of damage to the airbag system during landing. Not yet answered Marked out of B I E O U S X2 x2 I G C V C > 1.0 Flag You may type your response here. questionQuestion 13 The magnitude of the impulse experienced by the airbag landing system during its first collision with the surface of the Red Planet was Not yet answered Select one: Marked out of O a. 1.4 x 10* N.5 1.0 O b. 8.8 x 103 N.S Flag question O c. 5.5 x 105 N.S O d. 3.4 x 103 N.S Question 14 The collision of the airbag landing system with the surface of the Red Planet is classified as an _i_collision because _ii_ conserved. Not yet answered Select one: Marked out of O a. i = elastic, ii = momentum is conserved 1.0 O b. i = elastic, ii = kinetic energy is P Flag question O c. i = inelastic, ii = momentum is not conserved . i = inelastic, ii = kinetic energy is not conserved