Studies show that the average height of all Earth's oceans is increasing overtime. Which of the following is a possible cause?

A. Seawater is expanding as it gets warmer,

B. The ocean's conveyor belt is speeding up,

C. Upwellings are becoming more frequent.

D. The moon's gravitational pull is decreasing.

Answers

Answer 1
Answer:

Answer:

a

Explanation:

global warming causing the icebergs to melt which rises water

Answer 2
Answer:

Final answer:

The average height of Earth's oceans is increasing mainly due to thermal expansion caused by global warming. The warmer the seawater gets, the more it expands, raising the ocean levels.

Explanation:

The studies show that the average height of all Earth's oceans is indeed increasing over time. Amongst the provided options, a possible cause for this is, A. Seawater is expanding as it gets warmer. This concept is referred to as thermal expansion. When water gets warmer, the molecules have more energy and therefore tend to take up more space. This causes the volume of the ocean to increase, leading to a rise in sea levels. The remaining options - Ocean's conveyor belt speeding up, upwellings becoming more frequent and the moon's gravitational pull decreasing - have minimal or no direct impact on the overall rise in ocean levels.

Learn more about Sea Level Rise here:

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Answers

calcium: 1
carbon: 1
oxygen: 3

YEP THAT THGE ASNWER 1,1,3



What are the two important jobs of photosynthesis

Answers

1. Photosynthesis is important because oxygen is released as a byproduct. We need that oxygen to survive. 

2. Photosynthesis helps get rid of the carbon dioxide in the air. Carbon dioxide, as you may probably know, is necessary for this process to occur.

It converts solar energy into chemical energy that is stored for later use.

Oxygen is created.

Consider the reaction below. 2Al2O3 4Al + 3O2 How many moles of oxygen are produced when 26.5 mol of aluminum oxide are decomposed? 17.7 mol19.9 mol39.8 mol53.0 mol

Answers

2 Al2O3 = 4 Al + 3 O2

2 moles Al2O3 ------------ 3 moles O2
26.5 moles ----------------- moles O2

moles O2 = 26.5 * 3 / 2

moles O2 = 79.5 / 2 => 39.8 moles O2

Answer : C . ) 39.8 Is The Correct Answer

A piece of titanium metal has a massive 67.5 g no volume of 15 cm³ what is the density of the titanium

Answers

Answer:

3.4

Explanation:

What happens first when a star begins to run out of Fuel?

Answers

Answer: The star's outer layers drifts away.

Explanation: When a star starts running out of fuel the pressure in the core becomes very high which pushes the outer layers of the star.

A sun like star becomes a red giant and after throwing away the mass, the core contracts to becomes a white dwarf.

A massive star becomes super-giant and then the core becomes a neutron star or a black-hole.

Answer:

The answer is d

Explanation:

A gas occupies 0.105 L at 105 K. At what Celsius temperature will its volume be 0.140 L? Assume that pressure remains constant. It would be great if you could show work!

Answers

This problem can be solved using the Combined Gas Law. The formula for it is

(P_(1) V_(1) )/(T_(1) ) = (P_(2) V_(2) )/(T_(2) )

Let's go ahead and plug in the known values. Since pressure remains the same, it does not matter what value we plug in, so let's assume 1 atm for both sides.

((1 atm) (0.105 L))/((105 K)) = ((1 atm) (0.140 L) )/(x K)

Now, we just need to solve for the unknown. Start by simplifying the left side and right numerator.

0.001 = (0.140 L)/(x K)

Multiply both sides by x.

0.001x = 0.140

Divide both sides by 0.001.

x = 140 K

Convert that to Celsius (K = C + 273)

140 = C + 273

C = -133

So, the volume of your gas will be 0.140 L at -133° C.