The answer is Marble
Shale,clay, and sandstone are all types of sedimentary stone.
Answer:
The correct answer is all of them. Options "A", "B", and "C" are correct.
Explanation:
AGI stands for Adjusted Gross Income. It is a term fro the internal revenue code that refers to a number used on the Form 1040 U.S. individual tax return. AGI helps to determine a person's income taxes due. The formula for the AGI is:
<em>(Gross Income from taxable sources - allowable deductions)</em>
Among those above the line deductions, we can find:
- <em>Some retirement plan investments, such as Individual Retirement Accounts (IRA), SIMPLE IRA, SEP IRA.</em>
- <em>Healthcare savings account (HSA).</em>
- <em>Part of of the tax on self-employment.</em>
- <em>Early withdrawal penalties levied by financial institutions.</em>
- <em>Losses resulting from the selling or transfer of assets.</em>
- <em>School tuition, fees and interest in student loans.</em>
As we can see, all the choices given in our case are eligible to be deducted in the AGI.
Answer:
Enlightenment thinkers sought to create governments that would limit human self-centeredness
Explanation:
- The belief that Thomas Hobbes proposed help change the peoples views on many aspects in the society among them being the political aspect.
- More non-human oriented leadership proposals came as a result of this idea. The bureaucratic structure is a good example of inhumane governance.
- Since human beings were selfish by nature, as per Hobbes, then, the people could not have the selfish being lead them and be the custodian of their assets, they had to make a government which would limit human self-centredness.
Force: The energy exerted on an object
Force is equal to mass times acceleration, meaning the mass of an object impacts how much force you will apply to it.
Force is equal to mass times acceleration. This means that the amount of force you apply will depend on the acceleration. If one object has a greater acceleration than another, that means you will have to apply more force to the object with a greater acceleration.
The formula that describes the relationship between force, mass, and acceleration is newtons second law. Force is equal to mass times acceleration.
Newtons second law states that the amount of force needed to stop an object is directly related to the amount of mass an object has and the amount of acceleration an object has
