Answer:
At Luderitz, only a little energy is transferred from the ocean to the air. At Florianopolis, a lot of energy is transferred from the air to the ocean. ... Even though the ocean water at each location is a different temperature, the same amount of energy is transferred to the air at both locations.
Explanation:
Answer:
A
Explanation:
Moisture forms on the outside of a glass on a hot day. This is an example of______. A. convection b. evaporation c. Heat transfer d. Condensation
Answer:
b
Explanation:
evaporation
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hope
it
will
hlp
an earthquake hits near this city on the north island of new Zealand
Answer:
hhh
Explanation:
Angle relationships.
QUESTIONS ARE #1, & 2, Are <a & <b adjacent angles?
QUESTIONS ARE #3 Are <1 & <2 vertical angles?
QUESTIONS #4 What is the m<8 if m<9=45°?
QUESTIONS #5 What is the m<4 if m<3=137°
Answer:
#1. No, they are not adjacent angles.
#2. Yes, they are adjacent angles.
#3. Yes, they are vertical angles.
#4. 45 degree. Because it's a vertical angle.
#5. 137 degree. Because it's a vertical angle.
please mark Brainliest if I'm correct :}
CAN SOMEONE HELP ME PLEASE
The light blue areas are shallow water and the dark blue and deep waters. Brown part are land, a sensor with “s” goes in the light blue and the sensor with the “d” goes on dark blue. the sensor with “e” can go both in water and on one
Price:
Earthquake sensor: land- $55,00
sea floor- $550,000
shallow sensor: $16,000
deep water sensor: $750,000
The country with the star, sri lanka, they need a tsunami alert warning system before tsunamis arrive. cost must be low, must have time to evacuate, and sensors shouldn’t have false alarms
Answer: I cant see the picture bro
Explanation: Imma need you to also ask the question and specify it so everyone can understand
Answer:
Explanation:
Tsunami is usually caused by earthquake in the ocean floor. So the land-based earthquake sensor is cheap but not very useful here.
The sea floor sensor and deep water sensor will be the right choice and give the earliest warning. But they are also the most expensive.
Shallow water sensor will also detect tsunami but detection will be behind the sea floor and deep water one.
For a low cost warning system, it should consist of a large number of shallow water sensors; plus a few strategically located sea floor and deep sea sensors.