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vagabundo [1.1K]
3 years ago
5

The city of San Francisco reported more missing dogs the week before a massive earthquake than any other week of the year. There

fore, this is factual evidence that dogs can sense impending danger.
Physics
2 answers:
navik [9.2K]3 years ago
5 0

Answer:

An earthquake constitutes the motion of seismic waves underneath the earth's surface, which humans can not sense. But, these waves generate infrasonic noise–a sound with a frequency lower than 20 Hertz and Dogs sense that something strange is happening, so they begin to be peculiar.

Explanation:

There are many observations on how dogs often begin to behave unusually right before an earthquake. An earthquake constitutes the motion of seismic waves underneath the earth's surface, which humans can not sense. But, these waves generate infrasonic noise–a sound with a frequency lower than 20 Hertz and Dogs sense that something strange is happening, so they begin to be peculiar.

Ghella [55]3 years ago
3 0
This is an example of the logic fallacy called " post hoc ergo propter hoc", meaning roughly "after that, therefore caused by that". Another example: 99.99% of the people arrested for public drunkenness in the US last month had ice in their last three mixed drinks. Therefore, this is factual evidence that ice makes people drunk.
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2 years ago
A baseball has a momentum of 6.0 kg.m/s south and mass of 0.15kg. What’s the baseballs velocity?
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<em>v=40 m/s south</em>

Explanation:

<u>Momentum </u>

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3 years ago
g A 1.45-kg block is pushed against a vertical wall by means of a spring (k = 860 N/m). The coefficient of static friction betwe
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Answer:

The minimum compression is  x= 0.046m

Explanation:

From the question we are told that

              The mass of the block is m_b = 1.45 kg

               The spring constant is  k = 860 N/m

               The coefficient of static friction is  \mu = 0.36

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And the force acting on the horizontal axis is  force due to the spring which is mathematically represented as

                   F_x = k *x * \mu

where x is the minimum compression to keep the block from slipping

        Now equating this two formulas and making x the subject

                      x = \frac{m_b * g}{k * \mu}

substituting values we have

                     x = \frac{1.45 * 9.8}{860 *0.36}

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