# data[].attributes.body
f(x)
F= Spring force
x= extention of the spring

# data[].attributes.body
P=IV
P=POWER
I=CURRENT
V=VOLTAGE

# data[].attributes.body
m(a)
m = mass
a = acceleration

# data[].attributes.body
P=F/A
P=pressure
F=force
A=area of surface

# data[].attributes.body
p=m/v
w=fs
v= u+at
w= uIt

# data[].attributes.body
s=d/t
s=speed
d=displacement
t=time

# data[].attributes.body
E=mc^2
E = energy (J)
m = mass (KG)
c^2 = speed of light (m/s)

# data[].attributes.body
F = ma
F - force
M - mass
A - area

# data[].attributes.body
KE= 1/2 mv^2
KE = Kinetic Energy
m = mass
v = velocity

# data[].attributes.body
P = F/A
P - Pressure
F - Force
A - Area

# data[].attributes.body
Q=mL
Q-amount of heat
m-mass
L-latent heat

# data[].attributes.body
v=f λ
v= velocity
f= frequency
λ= wavelength

# data[].attributes.body
Photon Energy

E=hf, where
E=energy
h=Planck's constant
f= frequency

# data[].attributes.body
L = Cl x (p x v^2)/2 x A
L=lift (aeroplane)
Cl = coefficient
p = density
v = velocity
A = wing area

# data[].attributes.body
V=IR
V=voltage
I=current
R=resistance

# data[].attributes.body
L(A)
L= length
A= area

# data[].attributes.body
W = F.s
W - work done
F - force
s - distance

# data[].attributes.body
BMI= m/h^2
where
m = mass(kg)
h = height(m^2)

# data[].attributes.body
v=s/t
v=velocity
s=displacement
t=time

# data[].attributes.body
W=Fs
W=work
F=force
s=distance

# data[].attributes.body
momentum (kg m/s) = (kg) x (m/s)
mass = kg
velocity = m/s

# data[].attributes.body
F=KE
F=Force
K=spring constant
E= extension

# data[].attributes.body
F= ma
m= mass of a trolley
a= acceleration

# data[].attributes.body
A=bh
b=base length
h=hight

# data[].attributes.body
Velocity of roller coaster
V=d/t
d=distance
t=time

# data[].attributes.body
F(x)
F= spring force
x= extention of the spring

# data[].attributes.body
m(g)
m=mass
(g)= gravitational acceleration

# data[].attributes.body
Y(A)
Y=Year
A=Age

# data[].attributes.body
v(s),
where v= velocity of a car
s= displacement of the
car travelling

# data[].attributes.body
m(v)
m= mass of the pickup truck
v= velocity of the truck to the east

# data[].attributes.body
F(g)
F= gravitational force
g= gravitational field strength

# data[].attributes.body
m = mass of the body
a = Acceleration in velocity

# data[].attributes.body
F(p)
F= force applied
p= pressure produced

# data[].attributes.body
v=fλ

v=velocity of light
f= frequency of light
λ= wavelength

# data[].attributes.body
a(t)
a=acceleration
t=time take for a car to reach it final destination

# data[].attributes.body
K(v)
K= Weight
v= Gravity

# data[].attributes.body
D = m/v
D-Density
m-mass (g)
v-volume (mL)

# data[].attributes.body
M(g)
M=weight of a person
g=calories intake for the person

# data[].attributes.body
n = w / M
n- number of moles
w- weight of substance
M- molar mass of substance

# data[].attributes.body
P= F/A
p= pressure
F= force
A= area of surface

# data[].attributes.body
C(t) is used in Medical field to determine the concentration of drugs after a few hours
C = concentrations
t = time taken