16)Based on the The Torino Scale diagram below, if the KINETIC ENERGY of a meteor is 10,000 MT and the COLLISION PROBABILITY is 1 in 5 then the TORINO SCALE VALUE would be (fill in a number from 0 to 10) and the CONSEQUENCE would be (write in either Global, Regional, Local or No Consequence)

17)Based on the The Torino Scale diagram below, if the KINETIC ENERGY of a meteor is 1,000,000 MT and the COLLISION PROBABILITY is 100% then the TORINO SCALE VALUE would be (fill in a number from 0 to 10) and the CONSEQUENCE would be (write in either Global, Regional, Local or No Consequence)

18)Based on the The Torino Scale diagram below, if the KINETIC ENERGY of a meteor is 50,000,000 MT and the COLLISION PROBABILITY is 1 in 500 then the TORINO SCALE VALUE would be (fill in a number from 0 to 10) and the CONSEQUENCE would be (write in either Global, Regional, Local or No Consequence)

19)Based on the The Torino Scale diagram below, if the DIAMETER of a meteor is 50 m the COLLISION PROBABILITY is 1 in 10 then the TORINO SCALE VALUE would be (fill in a number from 0 to 10) and the CONSEQUENCE would be (write in either Global, Regional, Local or No Consequence)

20)Based on the The Torino Scale diagram below, if the DIAMETER of a meteor is 750 m and the COLLISION PROBABILITY is 1 in 50,000,000 then the TORINO SCALE VALUE would be :(fill in a number from 0 to 10) and the CONSEQUENCE would be: (write in either Global, Regional, Local or No Consequence)

The Torino Scale Events having Events Events Threatening Certain no likely meriting careful meriting events collisions. consequences. monitoring, concern 100,000 000 -(5 km) 7 10 Global 2 100 000 - (1 km) 5 9 Regional 4 Kinetic Energy (MT) 0 100 -(100 m) 3 8 Local 1 -(20 m) No Conse- quence 1 in 1 in 1 in 1 in 99% 100 000,000 1,000 ,000 10 000 100 chance Collision Probability