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3 years ago

A forest ranger might be ranked as being high in what type of intelligence?

Physics

1 answer:

Drupady [299]3 years ago

7 0

<h2>Answer:</h2>

<u>A forest ranger might be ranked as being high in </u><u>Naturalistic</u><u> intelligence.</u>

<h2>Explanation:</h2>

Naturalistic intelligence is the type of intelligence that relates the activities of people that how sensitive an individual is to nature and the world. Zookeepers, biologists, gardeners, and veterinarians are among those people who have a higher capability of having high naturalist intelligence. Similarly a ranger who is fighting in forests must also be kept in the same category and he might be ranked as being high in the field of Naturalistic Intelligence.

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What is the momentum of a baseball with a mass of 0.12 kg being thrown

Savatey [412]

Answer:

5.4kgm/s towards the hitter.

Explanation:

Given parameters:

Mass = 0.12kg

Velocity = 45m/s

Unknown:

Momentum of the baseball = ?

Solution:

To solve this problem, we must understand that the momentum of a body is the quantity of motion it possesses.

Momentum = mass x velocity

Now insert the parameters and solve;

Momentum = 0.12 x 45 = 5.4kgm/s towards the hitter.

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2 years ago

n general, which trophic level has the LEAST energy available to it? A) producer B) primary consumer C) secondary consumer D) te

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3 years ago

A bug flying horizontally at 0.65 m/s collides and sticks to the end of a uniform stick hanging vertically. After the impact, th

irina [24]

The angular momentum is defined as,

$L=I\omega$

Acording to this text we know for conservation of angular momentum that

$L_i=L_f$

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$L_f$ is the final momentum

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Mass of the bug= m

Mass of the stick=10m

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$L_i=mvl$

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$L_f=(I_b+I_s)\omega$

Substituting

$L_f=(ml^2+\frac{10ml^2}{3})\omega$

$L_f=\frac{13}{10}ml^2w$

$m(0.65)l=\frac{13}{10}ml^2 \omega$

$\omega=\frac{1}{2l}$

Applying conservative energy equation we have

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Substituting

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3 years ago

The answer and how to do it

Arturiano [62]

Current = charge per second
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That's (2 Amperes) x (2 ohms).

That's how to do it.
I think you can find the answer now.

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3 years ago

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Sindrei [870]

Answer:

add the Resistance

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3 years ago