g sila, automobili, kocenje, ubrzanje

Na jednu stvar ovde treba da obratis paznju. tj. ne treba da mesas silu i ubrzanje.
Sila je jednaka proizvodu mase i ubrzanja odnosno jedinica za silu je Kg m/s2 = N
Dok je samo m/s2 ubrzanje. Dakle ako vrednost ubrzanja od 3 g pomnozis sa 1Kg
Dobices vrednost G sile sa jedinicom za silu N=Kg m/s2.
Put kocenja mozes da odredis na vise nacina. Dali uzimas masu tela u obzir ili ne.
ako zanemarimo masu i uzmemeo u obzir samo ubrzanje onda primenimo jednacinu kinematike
v^2=v0^2-2Ha , v=0 to je brzina kad se zaustavimo
v0=83,3 m/s ili 300 km/h , a = 2.43 g= 23.8 m/s2 i H je put kocenja.
H=Vo^2/2a = 6938.89/47.6 =145.77 m

sta onda reci na kraju
kako definisati g silu

na engleskom je lako

g-force (also G-force, g-load) is a measurement of an object's acceleration expressed in g's. It may also informally refer to the reaction force resulting from an acceleration, with the causing acceleration expressed in g's. The g (pronounced /ˈdʒiː/) is a non-SI unit equal to the nominal acceleration due to gravity on Earth at sea level, defined as 9.80665 m/s2 (32.174 ft/s2). More precisely, g-force measures the net effect of the acceleration that an object actually experiences and the acceleration that gravity is trying to impart to it, as explained further below. The symbol g is properly written in lowercase and italic, to distinguish it from the symbol G, the gravitational constant, which is always written in uppercase; and from g, the symbol for gram, which is not italicised.

al na srpskom bome tesko
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