Answer:They are both necessary for organisms to survive
Explanation:
Answer: b
Explanation:
They are both necessary for organisms to survive.
Answer:
ANSWER=B
Explanation:
southeast asia is bordered by the indian ocean and the pacific so we know it must be answer choice b
Answer:
Hey There!
Your answer is definitely B: China, the Pacific Ocean, and the Indian Ocean
Explanation:
Looking on the map,
North Pacific Ocean lies Eastwards of SE Asia...
Indian Ocean lies Southwards of SE Asia...
I HOPE THIS HELPS!!
Perpendicular
Right Angle
Parallel
Longitudinal waves describe the relationship of an energy flow and wave moving i.e. when they move in same direction are always parallel
Waves moving in the same direction of the vibration, are called Longitudinal waves. It describes the relationship between the matter movement and the energy flow.
So it can be said that energy and the wave are moving in the same direction are parallel to each other.
Therefore, it's appropriates to say they energy and wave move in the same direction in a longitudinalwave are parallel to each other.
Learn more about longitudinal waves here:
Answer- Parallel.
In-Line Answer:-
In a longitudinal wave, "Energy and the wave are moving in parallel direction"
Answer:
1) The Haywired scenario—headed by Tom Brocher and others—is a preparatory measure meant to ready law enforcement, fire fighters, utility workers, etc. for damage to infrastructure that will happen during a great Hayward earthquake. The right option is True.
2) The Haywired scenario plans for a similar amount of shaking compared to the 1868 Hayward earthquake. The correct option is True.
3) The amount of damage due to the 1868 Hayward earthquake is equal to our expected consequences following the upcoming next Hayward fault earthquake. The right answer is False.
Explanation:
1) The Haywired scenario is a 3D virtual sequence in which a hypothetical earthquake of magnitude 7 in the San Francisco Bay can cause chaos. An interdisciplinary panel of scientists have designed a hypothetical mainshock in the HayWard Fault and its possible impact and consequences of the ground shaking beneath Oakland. The idea behind this scenario is to improve the quality and reactiveness of Internet and telecommunication to react to such a hazard. They are seeking to prevent gaps in knowledge and communication needs and solve any "communication congestion" so that law enforcement, fire fighter, utility workers and any other service to work effectively under such a disaster.
2) The Hayward scenario is based on a large earthquake that hit the San Francisco Bay in 1868. Its magnitude was 6.8 and there is a high probability of such a massive quake occurring again. Scientists are also concerned with “recurrence interval” on the fault as this type of events tend to be equally or exceed the previous one in a cyclical flow of time.
3) The main difference between the earthquake that stroke in 1868 and the currently expected is that at that time damage was contrived to a small number of buildings as the land was just developing with scarce population. Conversely, an earthquake of that magnitude would threaten more than 7 million people leaving near the Hayward Fault. Apart from causing a vast destruction of infrastructure and building, it would seriously hit the national economy.
In the scale model, Mount Everest would have a height of 0.0138 cm.
The Earth is not a perfect sphere, in some places it is flattened and in other places it is not, because of this characteristic the radius of the Earth is not the same everywhere in the world. In the polar zones the radius has a distance of about 6357km, while in the equatorial zones the radius is 6378km.
In a scale model of the Earth in which the radius is equivalent to 10cm, each cm would be equivalent to 635.7km. We must keep in mind that Mount Everest has a height of 8.8 km above sea level.
According to the information above, in the scale model, Mount Everest would have a height of 0.0138 cm.
8,8km ÷ 635,7km = 0.0138.
Learn more about Earth in: brainly.com/question/24878669
The current theory for star formation is that stars form within dwarf ionizedclouds.
The question is fill in the blanks and the answers are written below.
Stars form where there are dense cores within clumps of gas and dust in these clouds.
The formation of a protostar involves the rapid collapse of infalling gas...
As a protostar shrinks, its rate of spin decreases.
This allows subsequent infalling gas to accumulate at the equator... accumulate at the protostar's poles due to its spinning motion.
When it has nearly reached its final mass, it is called a Wolf-Rayet star.
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Answer:
The current theory for star formation is that stars form within giant molecular clouds. Stars form where there are dense cores within clumps of gas and dust in these clouds. The formation of a protostar involves the rapid collapse of infalling gas onto a dense core due to gravity. As a protostar shrinks, its rate of spin decreases. This allows subsequent infalling gas to accumulate at the equator of the protostar; this material tends not to accummulate at the protostar's poles due to its spinning motion. As the protostar continues to evolve, it emits infrared radiation. When it has nearly reached its final mass, it is called a Wolf-Rayet star. These objects produce strong stellar winds.
Explanation:
Answer:
claim upon accretion
Explanation:
For moment to moment, when a rights of way scheme has been examined, it is found that the actual position of the current natural border of a land being invaded is not in accordance with the position of that border displayed in the map around which the designation is centred.
Where the variance in the position of the natural growing boundaries is due to either accumulation or an wrongly defined environmental boundaries on the map around which the title is centred, a land surveyor may proceed with an application under section 118 of the Land Title Law.