I believe that the smallest defined unit of time on the geological scale are ages.
Here are all of them, ranked from largest to smallest: eons, eras, periods, epochs, and ages.
Eons are very large chunks of time which encompass more than 500 years, whereas ages can last from a couple of years to about a hundred.
Answer:
volcanic activity
Explanation:
during volcanic activity ash is produced and it causes the decrease in temp by reflecting the rays to space
if there is a change in sea level the temp would either drop or rise .this is because the earth is spherical hence the sun shines more at the equator hence the polar areas do not receive much sunshine .the oceans in the equatorial areas carry out a lot of evaporation making sure the environment is cool
global warming is the change in the climatic conditions in which the season are mixed up and there are less rainy seasons hence the temp rises
Answer:
Assume the US economy is in equilibrium. For each of the short-run situations (A-J) below, answer the following questions (i-iii): i. Explain what shifts in the equilibrium diagram, and why. ii. What is the outcome of that shift (what happens to real GDP and PL)? iii. Is the result an inflationary gap, recessionary gap, stagflation, or increase in SRAS? A. Consumers become confident in the future of the economy. B. The government increases regulations on businesses, C. The government increases spending. D. New policies lead to more Americans having health care. E. Home values, nationwide, significantly increase. F. The value of the USD increases against foreign currencies. G. Oil prices suddenly increase. H. The government decreases personal income taxes. 1. The Chinese become wealthier. J. Interest rates in the US increase.
We are tasked to solve for the current in the given circuit diagram and in order for us to solve this problem, we need to apply and use Ohm's Law theorem which is also given in the problem I = V/R where "I" represents the current, the "V" represents the voltage and "R" represents the resistance of the circuit. The solution is shown below:
V = 5 volts
R = 20 ohms
Since we are given with voltage and resistance value, we can now proceed in solving for the current value:
I = V/R, substitute values
I = 5/20, perform division
I = 0.25 amperes
The answer is 0.25 amperes or 250 milliamperes.
