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3 years ago

What does Tabula Rasa mean and who first said it?

Physics

2 answers:

gulaghasi [49]3 years ago

5 0

Answer:

an absence of preconceived ideas or predetermined goals; a clean slate

Johne lock

Explanation:

MAVERICK [17]3 years ago

3 0

Answer:

Tabula Rasa Define in my own words -

When a person has no mental or can't think right. So, when they need to do something; they need to find it out on there own like experience.

Explanation:

Tabula Rasa - means "Clean Slate"

John Locke said it first I think

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The speed of a sound wave

hammer [34]

I think the correct answer from the choices listed above is the first option. The speed of a sound wave is slower than an electromagnetic wave or l<span>ight waves are </span><span>faster than sound waves. Hope this answers the question. Have a nice day.</span>

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3 years ago

A linear accelerator uses alternating electric fields to accelerate electrons to close to the speed of light. A small number of

diamong [38]

Answer:i

9E13 ELECTRONS

Explanation:

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3 years ago

What happens to the car if it is traveling in a circular path suddenly encounters ice?

pychu [463]

the car's friction is reduced to zero

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3 years ago

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A magnetic field of 0.080 T is in the y-direction. The velocity of wire segment S has a magnitude of 78 m/s and components of 18

jekas [21]

Answer:

Explanation:

From the information given:

The motional emf can be computed by using the formula:

$E = L^{\to}*(V^\to*\beta^{\to})$

$E = L^{\to}*((x+y+z)*\beta^{\to})$

$E = 0.50*((18\hat i+24 \hat j +72 \hat k )*0.0800)$

$E = 0.50*((18*0.800)\hat k +0j+(72*0.080) \hat -i ))$

$E = 0.50*((18*0.800)$

E = 0.72 volts

According to the question, suppose the wire segment was parallel, there will no be any emf induced since the magnetic field is present along the y-axis.

As such, for any motional emf should be induced, the magnetic field, length, and velocity are required to be perpendicular to one another .

Then the motional emf will be:

$E = 0.50 \hat j *((18*0.800)\hat k -(72*0.080) \hat i ))$

E = 0 (zero)

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3 years ago

Look at the diagram. What is the net force acting on the object?

nlexa [21]

The answer would be A

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3 years ago

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