Uplift occurs at a rate of 0.1 m per 1,000 years.

how much will the uplift change over 100,000 years?

10 m

100 m

1,000 m

10,000 m

The correct answer is 10 m

Hope this suites your question.

The uplift will change over 10 m.

Explanation:

To know how much the elevation will change in 100,000 years, a rule of three can be applied. The rule of three is a way of solving problems of proportionality between three known values and an unknown, establishing a relationship of proportionality between all of them. Two magnitudes are directly proportional when, by multiplying or dividing one of them by a number, the other is multiplied or divided respectively by the same number. Then you can talk about direct rule of three.

In this case it can be applied as follows: if the uplift at 1,000 years is 0.1 m, what will be the uplift at 100,000 years?

uplift= 10 m

So, the uplift will change over 10 m.

out of these options:

ability to burn paper

pure sodium reacting violently with water

the boiling point of water

helium does not tend to react with anything

i would say this is a physical property:

helium does not tend to react with anything

why? :

i said helium does not tend to react with anything because well, it reacts to ! but ability to burn paper, pure sodium reacting violently with water, & the boiling point of water are chemical or

physical properties: the properties of a substance that can be observed without changing the chemical makeup of the substance

chemical properties: properties of a substance relating to the chemical nature and reactivity of the substance