Answer:
D). The star is getting farther away.
Explanation:
As per the question, the redshift of a star implies that 'the star is moving farther away'. It is described as the modification or increase in light's wavelength due to experiencing electromagnetic radiation from a specific object. In this effect, <u>the objects(in the space) move apart from each other as Hubble's law states the consequence of redshift i.e. leading to cause an increase in rate in their distance from the Earth.</u> Thus, the redshift of a star imply that 'the stars are moving farther away from the planet. Hence, <u>option D</u> is the correct answer.
Answer:
All data are unknown with decision making under uncertainty.
Explanation:
There are various assumptions used by a LP allocation problem and they are; any return from an allocation is not dependent of other allocations; it is possible to compare returns from varying allocations; total returns equals the sum of all returns that all the activities yielded. The only option that is not an assumption used by a LP allocation problem is "All data are unknown with decision making under uncertainty."
Answer:
4. weak inductive generalization argument
