Karta wybranych wzorów i sta³ych fizycznych

Mechanika

r

v(t) = v + at

2

0

F

r

T

W

∆

g

γ =

= const.

at 2

P =

3

m

R

s(t) = s + v t +

∆

0

0

t

2

Mm

r

r

ϕ

∆

2π

E

= −G

=

r

pot

F

−kx

v

∆

s F

ω =

=

r

a =

a =

t

∆

T

x(t) = A sin( t

ω + ϕ)

∆

t

m

r

r

1

v(t) = Aω cos( t

ω + φ

E

∆

= mgh

)

p =

v

m

h << R

f =

pot

z

2

T

a(t) = −Aω sin(ωt + φ )

∆r

r

E

= p

2

F

v

=

V

pot

=

1

2

t

∆

a

E

= kx

d

m

r

pot

2

F = µF

GM

T

N

r

2

r

mv

v =

F =

W = Fs cos (

∠ ,

F s)

I

d

R

r

Z

l

T = 2π

mv2

Mm

GM

2

g

E

=

F = G

kin

v =

2

g

2

r

II

R Z

Termodynamika i w³asnoœci materii

F

pV = nRT

W = p V

∆

p =

S

c

p

κ =

W

W

u

η =

η =

m

c

ρ =

W

Q

V

c

V

c = c + R

Q − Q

∆

P

V

1

2

Q = mc ∆T

η =

w

Q

∆Q = mL

∆Q = mR

1

U

∆ = Q + W

Elektrycznoœæ, magnetyzm, fale i fizyka wspó³czesna

r r

1

Qq

Q

∆

Φ =

∠

F =

I =

BS cos

( ,

B )

S

2

4πε

r

t

∆

0

r

µ I

µ I

r

B

0

=

B

0

=

F

U = IR

2 r

π

2

E =

r

l

q

R = ρ

I

µ

= µ

I I l

0 1

=

S

B

N

F

2

0

1

Qq

l

2 r

π

E

=

R

= R + R + L + R

pot

4πε

r

calk

1

2

n

∆Φ

∆I

0

= −

= −

1

1

1

1

E

E

L

SEM

SEM

E

=

+

+L+

t

∆

∆t

V

pot

=

R

R

R

R

calk

1

2

n

2 S

q

L = µ µ N

n

0

r

l

U

I

I

calk = ∑

E =

k

U

n

k=

2

2

d

1

=

n

m

U

n

Q

S

U

∑ + ∑Ε = 0

1

1

C =

C = ε ε

k

j

U

0

r

k 1

=

j 1

=

d

1

1

1

1

E

v

=

+

+L+

=

λ =

nλ = d sinα

I

+

f

C

C

C

C

R

r

z

w

calk

1

2

n

v

sinα

n

P = IU

1

2

r r

=

=

β

C

= C + C +L+ C

F = qvB sin ∠(v, B) v

sin

n

2

1

calk

1

2

n

r r

2

F = BIl sin ∠( l, B)

E = mc

Mno¿nik Przedrostek Oznaczenie

Mno¿nik Przedrostek Oznaczenie

6

10

mega M

6

10−

mikro µ

3

10 kilo k

3

10−

mili m

2

10

hekto h

2

10−

centy c

1

10 deka da

1

10− decy dc

Uwaga! Ta karta jest za³¹cznikiem do obu arkuszy egzaminacyjnych.