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3 years ago

2. How did Isabella discover capoeira?

Physics

1 answer:

Nataliya [291]3 years ago

5 0

Answer:

she saw it in a movie

Explanation:

she said her mom and her saw it in Step up 3 and fell in love

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Which of the following people would most likely be satisfied with conventionalism?

ANTONII [103]

The following people would most likely be satisfied with conventionalism is morality cannot be compared across cultural borders.

<h3>What is conventionalism?</h3>

Conventionalism is the philosophical demeanor that central standards of a specific kind are grounded on (express or understood) arrangements in the public eye, as opposed to on outer reality. Implicit principles assume a vital part in the way of thinking's design.

Across the borders of the different states, different cultures exist. These cultures can't give an idea of moralism in the people.

Thus, conventionalism is something in which morality cannot be compared across cultural borders.

Learn more about conventionalism.

brainly.com/question/24316302

#SPJ1

3 0

2 years ago

On average, each person in the industrialized world is responsible for the emission of 10,000 kg of carbon dioxide () every year

frosja888 [35]

Answer:

17.2 meters

Explanation:

Carbon dioxide (CO2) molecular mass is 44g/mol, then the number of moles of 10000kg carbon dioxide will be:

10,000kg * (1000g/kg)/ (44g/mol) = 227,272moles

The volume of gas in STP is 22.4 L/mol, then the volume of the carbon dioxide will be:

227,272 moles* 22.4L/mol= 5,090,909 L

One liter equal to 0.001 meter cubic. The formula for cube volume is $side^{3\\}$ , if the volume is 5090909L then the side of the cube will be:

volume= $side^{3\\}$

5090909L * (0.001 $m^{3\\}$ /L)= $side^{3\\}$

side= $\sqrt[3]{5090.909}$

side= 17.2m

7 0

3 years ago

What effects does using fossil fuels have on our planet

kenny6666 [7]

The Damage Fossil Fuels<span> can do. However they are obtained, whether through traditional or new methods such as fracking, </span>burning fossil fuels<span> such as oil, coal and gas results in the production of carbon dioxide and other greenhouse gases, which cause global warming.</span>

3 0

3 years ago

Read 2 more answers

In the two-slit experiment, for the condition of bright fringes, the value of m = +2 corresponds to a path difference of λ.

melisa1 [442]

Answer:

False

Explanation:

We know that if path difference is even multiple of wavelength then bright fringes are formed and if path difference is odd multiple of wavelength then dark fringes are formed .

For bright fringes

Path difference Δx = m λ

m = 0 , 2 , 4 , 6.......

If m = 2 then the path difference will be

Δx = 2 λ

therefore the above statement if false.

False

7 0

3 years ago

Use dimensional analysis to determine how the linear acceleration a in m/s2 of a particle traveling in a circle depends on some,

astraxan [27]

I have to say, i love this kind of problems.

So, we got the linear acceleration, as we all know, linear the acceleration its, in dimensional units:

$[a]=[\frac{distance}{time^2}]$ .

Now, we got the radius

$[r] = [distance]$

the angular frequency

$[\omega] = \frac{1}{s}$

and the mass

$[m]=[mass]$ .

Now, the acceleration doesn't have units of mass, so it can't depend on the mass of the particle.

The distance in the acceleration has exponent 1, and so does in the radius. As the radius its the only parameter that has units of distance, this means that the radius must appear with exponent 1. Lets write

$a \propto r$ .

The time in the acceleration has exponent -2 As the angular frequency its the only parameter that has units of time, this means that the angular frequency must appear, but, the angular frequency has an exponent of -1, this means it must be squared

$a \propto r \omega^2$ .

We are almost there. If this were any other problem, we would write:

$a = A r \omega^2$

where A its an dimensionless constant. Its common for this constants to appears if we need an conversion factor. If we wanted the acceleration in cm/s^2, for example. Luckily for us, the problem states that there is no dimensionless constant involved, so:

$a = r \omega^2$

5 0

3 years ago