four different objects are placed on a number line at 0. the chart describes the motion of each…

four different objects are placed on a number line at 0. the chart describes the motion of each object.\n|object|motion|\n|--|--|\n|w|3 units left, then 3 units right|\n|x|6 units right, then 18 units right|\n|y|8 units left, then 24 units right|\n|z|16 units right, then 8 units left|\nusing the information in the chart, the distance and displacement of each object can be determined. which object has a distance that is three times as great as its displacement?\no w\no x\no y\no z

four different objects are placed on a number line at 0. the chart describes the motion of each object.\n|object|motion|\n|--|--|\n|w|3 units left, then 3 units right|\n|x|6 units right, then 18 units right|\n|y|8 units left, then 24 units right|\n|z|16 units right, then 8 units left|\nusing the information in the chart, the distance and displacement of each object can be determined. which object has a distance that is three times as great as its displacement?\no w\no x\no y\no z

Answer

Explanation:

Step1: Define distance and displacement

Distance is total path length, displacement is change in position from start to end.

Step2: Calculate for Object W

Distance: $| - 3|+3=3 + 3=6$ units. Displacement: $-3 + 3=0$ units.

Step3: Calculate for Object X

Distance: $6+18 = 24$ units. Displacement: $6 + 18=24$ units.

Step4: Calculate for Object Y

Distance: $| - 8|+24=8 + 24=32$ units. Displacement: $-8 + 24=16$ units.

Step5: Calculate for Object Z

Distance: $16+| - 8|=16 + 8=24$ units. Displacement: $16-8 = 8$ units. Here, distance ($24$) is three - times displacement ($8$).

Answer:

Z