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Basile [38]
3 years ago
5

2 Holts

Chemistry
1 answer:
Luda [366]3 years ago
7 0

A. They are the most destructive earthquake waves.

D. They can move in a rolling pattern through rock, like an ocean  wave.

Explanation:

Surface waves are seismic waves that cause the most destruction during an earthquake.

Rayleigh waves are known to cause rolling pattern of rocks just like an ocean waves.

  • Seismic waves are elastic waves that notably transmits energy.
  • They usually accompany earthquakes.
  • There are two broad categories of these waves.
  • Surface and body waves.
  • Seismic surface waves are low frequency and long wavelength waves.
  • They travel very close to the surface.
  • They are made up of Love and Rayleigh waves.
  • Love waves travels laterally in a horizontal fashion.
  • Rayleigh waves rolls like ocean waves in the ground.
  • The bulk of the destruction caused during an earthquakes is due to these waves.
  • They are the last waves to arrive a seismic station

learn more:

Seismograph brainly.com/question/11292835

#learnwithBrainly

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Make the following conversions using dimensional analysis. SHOW YOUR WORK. Express your answers in scientific notation.
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(A) 14.8 g → 1.48 × 10^7 µg

The prefix µ means “× 10^(-6)”, so 1 µg = 1 × 10^(-6) g

The conversion factor (CF) = 1 µ g/1 × 10^(-6) g

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(B) 3.72 g → 3.72× 10^(-3) kg

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(C) 7.5 × 10^4 J →  75 kJ

CF = 1 kJ/1 × 10^3 J

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what is the boiling point of the solution resulted from the dissolving of 32.5g of NaCl in 250.0g of water?
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Answer:

The boiling point of this solution is 102.28 °C

Explanation:

<u>Step 1:</u> Data given

Mass of Nacl = 32.5 grams

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Boiling point of water = 100°C

<u>Step 2: </u>Calculate number of moles

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Step 4: Calculate boiling point

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The boiling point of this solution is 100 °C + 2.28 °C = 102.28 °C

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