In statistics there are different types of distributions, like rectangular, or Poisson, A normal distribution is bellshaped
Answer:
A. the speed of a reaction
Explanation:
The thermodynamic aspect of a reaction will show you the energy needed for a reaction to occur. If the energy difference(ΔG) is positive, which means the reaction is absorbing energy and it called endothermically. The opposite will be an exothermic reaction that will release energy, which means it doesn't need energy and the energy difference (ΔG) will be negative.
Thermodynamic can be used to determine a few things of a reaction, like the direction of the reaction, the extent, or temperature in which the reaction is spontaneous. But thermodynamic not used to find the speed of a reaction.
Energy does not have a mass to take up space... because........let's say you shine a light into space the volume of the light beam is zero... And say you shine a torch by a black hole what would happen is gravity would pull the light due to gravity...so NO energy does not have have a mass and take up space....hope it helped
ECNALUBMA
Explanation:
When the word AMBULANCE is reflected on a plane mirror, it is shown as ECNALUBMA.
On a plane mirror, lateral inversion occurs and the position of the words are interchanged.
This is why it is written as ECNALUBMA on the front of Ambulance buses.
When scooters and drivers check their side mirror, they will see the properly written ambulance word due to lateral inversion.
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smallest wavelength difference (in nm) this grating can resolve in the second order diffraction with this beam is 8 degree
The formula for diffraction grating: Obviously, d = \frac {1} { N }, where N is the grating constant, and it is the number of lines per unit length. Also, n is the order of grating, which is a positive integer, representing the repetition of the spectrum so in this case the wavelength difference can be calculated as 514 nm/ 1.30 X 110 =3.59 X2 =approx 8.Wavelengths between 100 nm and 10 m correspond to the optical regime, where grating application is most prevalent. In that situation, the groove density can range from a few tens to a few thousand grooves per millimeter, similar to echelle gratings.
to learn more about wavelength
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