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F=ma,newtons second law of motion,f(x)
F= force (dependent)
x= mass and acceleration(independant)

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f(x) :public  transport cost
f: price of public transport per hour
x: the number of public transport that available

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F(x) : the amount of soda that come out of a vending machine
f: the amount of soda come out of the vending machine
x: money inserted in the vending machine

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F(x) : tuisyen cost
F is price of tuisyen class per hour
x is the number of classes available

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f(x) : The cash dispensed should equal the amount requested.
f : cash dispensed
x (independent variable) : amount that you type into the ATM.

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Rate of an enzyme-catalysed reaction, f(x). f-rate of an enzyme-catalysed reaction x-temperature

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f(x): Rate of reaction of a solution
f: The amount of catalyst used
x: The time taken for the reaction to be completed

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The height of a child depends on the time growing -h(t)
Function(h) - the height of a child
Independent variable(t) - time growing

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The area of the circle can be expressed in terms of its radius
A=area of circle
r (it’s independent ) = radius

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The rate of infection of covid-19. H(x)
Function= rate of infection of covid19
Independent variable = Time(t)

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the temperature change in cooking
f(t)
f is temperature, t is time taken

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f(x): burn of calories
f: workout
x: time used to workout

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Amount of sunlight a plant receives in a day, f(x)
f=amount of sunlight
independent variable=plant

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V(t):Velocity of a car on the road
function=velocity of a car on the road
independent variable: t: time taken by car

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Usage of laptop. u(h)
Function: usage of laptop
Independent variable: hours

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Water bills of a house across time f(t)
F represents the water bills
t represents the time

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The amount of medication depends on the weight of an animal, f(x)
f (dependent variable): amount of medication
x (independent variable): weight of animal

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Total price of bus ticket sold based on the number of ticket-f(t)
f(dependent)-price of bus ticket
t(independent)-the number of bus ticket

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fuel cost, f(x). f is the distance travelled and x is the price of the fuel.

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The height of candle depends on the number of hours it burns h(t), h(function) is the height of the candle. t(independent variable) is the number of hours it burns.

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Determination of paracetamol in Panadol
Function : amount of paracetamol
Independent variable : Panadol

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Total number of group based on number of students,F(S),F is the number of group (function) and S is the number of students (independent variable)

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BMI of a person, f(x)
f = the Body Mass Index, BMI
x = the weight and height of the person

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Ball oscillation
f(t)
Function:number of oscillation
t:time required for one complete oscillation

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Acceleration of a ball drop from a building
u= acceleration of a ball drop
t= time of ball drop

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F(t): Volume of water evaporated from a plate.
F represents the volume which is the dependent variable, t represents the time which is the independent variable.

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Phone battery level and usage time, f(x)
f is the function and x is the independent variable

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Usage of mobile data, f(t)
f is the usage, independent variable is time

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Cost of a house, f(x).
function=cost of a house,
independent variable, x=tax rate

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The test score t(s). The time for studying (s)(independent variable) will affect the test score (t)(function).

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weight gain depends on calories intaken f(c), f is weight gain (function) while c is calories (independent variable)

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Total person get A in Math Method I; g(x)
g = marks to get A (dependent)
x = number of people to get A (independent)

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Circumference of circle(πd), f(d).
Function = diameter of circle
Independent variable = π (ratio obtained when circumference divides with diameter)

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Total velocity of an object v(t). v is the velocity (function) and t is the time (independent variable).

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f(s) Total price of a shirt based on amount of shirts.
function = price of shirt.
s (independent variable) = amount of shirts

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Microbial growth, N(t). N is number of microorganisms (function) and t is the time (independent variable).

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Usage of water in few hours,f(t)
Function: usage of water
Independent variable: time,t

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Num of cell(n)=independent
Size of  an organism=Dependent

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acceleration of a car, a(s). a is the acceleration (function) and s is the distance travelled by the car (independent variable).

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Total distance depends on the time spent running f(m). f is the distance (function) and m is the time (independent variable).