Warm air and water both tend to rise while cooler air and water sink. When different parts of the oceans are heated unevenly, this causes the water toa.move in convection currents
b.form a tsunami.
c.stay in the same place.
d.mix together in the water cycle.

Answers

Answer 1
Answer:

When different parts of the oceans are heated unevenly, this causes the water to A. move in convection currents

What happens when different parts of the oceans are heated unevenly?

When different parts of the oceans are heated unevenly, it leads to temperature variations within the water. Warm water tends to rise, creating convection currents. This movement is driven by the principle that warm fluids are lighter and, therefore, buoyant, while cooler fluids are denser and tend to sink. This process is analogous to the movement of air in the atmosphere.

So, the uneven heating of ocean waters results in the generation of convection currents, as warm water ascends and cooler water descends. This phenomenon plays a crucial role in redistributing heat and influencing climate patterns across the globe.

Read more about water here: brainly.com/question/1313076

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Answer 2
Answer:

Answer:

a

Explanation:


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Clay and organic matter generally have higher capacity for retaining nutrients than silt and sand.True o false??

When a rock turns into (), all the material it contains is destroyed and melted by extreme heat. For this reason, igneous rocks don’t contain any()
.

Answers

Magma, Fossils is the correct answer.

  • When a rock turns into magma all the material it contains is destroyed and melted by extreme heat.
  • For this reason, igneous rocks don't contain any fossils.
  • The term magma represents molten rocks. The heat is so much that it even melts the rocks, so any chances of preserving fossils is negligible.
  • Igneous rocks are formed after the cooling and solidification of magma. So it is obvious they can't preserve any previous information before the magma.  

Learn more:

brainly.com/question/17687020

Answer: a and c

Explanation:

The cenozoic era is also referred to as the

Answers

The Cenozoic era is also referred to as the Age of Mammals, or Age of Birds, because mammals and birds dominated. 
The Cenozoic era is also referred to the ... Age of Mammals

How does a Geiger counter measure radiation levels

Answers

The Geiger counter measure radiation through the means of detecting alpha particles, beta particles and gamma rays. It uses an ionization effect produced by the Geiger-Muller tube as well. This is the most prominent tool used for radiation measurement.

Answer:

D- Radiation knocks electrons out of gas atoms, which allows the gas to conduct an electric current.

Explanation:

Edge 2021

What is the name of a molecule composed of one or more sugars?

Answers

Saccharides

Hope it helps!

Gas hydrates are compact chemical structures made of natural gas andA. halite.
B. water.
C. manganese.
D. petroleum.

Answers

Answer:


                  Option-B (water) is the correct answer.


Explanation:

                 Gas hydrates are made up of Solid-Ice water and a natural gas like Methane gas trapped in the lattice of ice water. Gas hydrates are mainly found deep down in the sea where the atmospheric pressure is greater than 1 atm.


Generally Gas hydrates have two main applications. 

                             a) It stabilizes the sea floor other wise its melting will cause land sliding in sea floor. 

                             b) Secondly, it traps a green house gases like Methane, if released these gases could produce Climate changes.

Answer:

B) water

Explanation:

Gas hydrates are essentially crystalline solid cage like structures in which small molecules are trapped in a network of frozen water molecules. The trapped gas molecules are usually methane which is a natural gas.

These methane hydrates are formed when methane and water combine under high pressure conditions usually prevalent in the ocean floors. Gas hydrates are also regarded as a powerful candidates for the production of  cleaner energy.

The world's record in the 100 m dash is 9.69 seconds and in the 100 yard dash is 9.21 seconds. A) find the speed in mi/h of the runner who set the record of 9.69 seconds.
B) find the speed in mi/h of the runner who set the record of 9.21 seconds.

Answers

Speed is equivalent to the distance traveled divided by the time it takes to travel that certain distance. 
To solve this problem convert the units first from meter and yards to miles. 100 metes is 0.0621371mi and 100 yards is 0.0568182 yard. 9.69s = 0.002691667 hr and 9.21s = 0.002558333

A.) 23mi/hr
B.) 22.20mi/hr

Answer:

A) The speed of the runner is 23.085 mile/hr.

B) The speed of the runner is 22.209 mile/hr.

Explanation:

Speed=\frac{\text{Distance covered}}{\text{Time taken}}=(D)/(T)

A) Distance covered in 9.69 seconds = 100 m

1 mile = 1609.34 m

100 m =100* (1)/(1609.34) miles=0.062137 miles

1 hour = 3600 seconds

9.69 s = 9.69* (1)/(3600) hr=0.002691 hr

Speed of the runner = (0.062137 mile)/(0.002691 hr)=23.085 mile/hr

The speed of the runner is 23.085 mile/hr.

B) Distance covered in 9.21 seconds = 100 yards

1 mile = 1760 yards

100 yards =100* (1)/(1760 ) miles=0.05681 miles

1 hour = 3600 seconds

9.21 s = 9.21* (1)/(3600) hr=0.0025583 hr

Speed of the runner = (0.05681 mile)/(0.0025583 hr)=22.209 miles/hr

The speed of the runner is 22.209 mile/hr.