Task 1
collaborative work
using TI-Nspire to
build your foundation on the key concept using examples presented in a collaborative environment.
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Task 2
Pair work
based on the activity in task 1, reflect on the processes involved and write it down on your worksheet 5.
Identify at least 2 points for consideration for 'Change of Subject'.
You may discuss with a partner in class.
Submit this at the end of the lesson.
reference:
Worksheet 5, ACE learning.
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Task 3
individual work
Extension of understanding on Change of Subject
Identify a formula in other subject areas (other than Mathematics)
- define which subject area the formula is applied and what the formula is about
- define all the variables used
- identify a variable (other than the one presented) to make a subject.
(ensure that this is possible)
[post this as a comment - do not include your solution[
example:
Subject: Physics
This formula is about the motion (movement) of an object
v = u + as
v - final velocity
u - initial velocity
a - acceleration of object
s - displacement
Question:
Make a the subject of the formula.
Subject: Physics
ReplyDeleteThis formula is about the distance an object would go with the amount of speed and time it has.
d = st
d - distance
s - speed
t - time
Question: Make t the subject of the formula.
This comment has been removed by the author.
ReplyDeleteSubject: Physics
ReplyDeleteThis formula is to calculate the total gravitational potential energy of an object (GPE)
GPE = Height X Mass X Gravitational Field strength
GPE = HMg
Make M the subject of the formula
HI :D
DeleteHI :O
DeleteSubject: Physics
ReplyDeleteThis formula is to calculate the acceleration of an object.
st = a
s = Speed(In which Speed = Distance x Time)
t = Time
a = Acceleration
Subject: Chemistry
ReplyDelete(Volume)
The formula to calculate area is different for different shapes.
L x B x H
L=length
B=Breadth
H=Height
This comment has been removed by the author.
ReplyDeleteSubject: Physics
ReplyDeleteThis formula is to measure how heavy one cm^3 of an object is
The formula is (M)ass / (V)olume =(D)ensity
Make M the subject.
Subject: Geography
ReplyDeleteGradient: (b - a)/(d x m)
b = longer rise
a = shorter rise
d = distance (measured by ruler)
m = distance (scale; converted to meters)
Subject: Physics
ReplyDeleteThis formula is to calculate turning moment of an object.
fd = m
f = Force applied
d = Distance from pivot
m = Turning moment of object
Question: Make d the subject.
Subject : Physics
ReplyDeleteThis formular is to calculate the distance of an object with the given speed and time.
d = s x t
d = Distance
s = speed
t = time
Make d the subject of the formula.
Subject: Physics
ReplyDeleteThis formula is to calculate the distance an object would go with the amount of speed and time it has.
d-distance
s-speed
t-time
Question: Make s the subject of formula.
Subject:Chemistry
ReplyDeletethis formula is to find the chemical structure of water.
the formula is 2 parts of hydrogen+1 part of oxygen.
Subject: Physics
ReplyDeleteThis formula is used to calculate the total GPE of an object.
GPE= mass x height x gravitational field strength
Subject: Physics
ReplyDeleteThe formula is to calculate the kinetic energy of an object.
KE = 1/2 MV^2
Variable:
M = Mass
V = Velocity
Make V the subject of the formula.
Subject: Physics
ReplyDeleteKinetic Energy
m=mass
v=velocity
½mv²
Make V the subject of the formula
Subject: Physics
ReplyDeleteMass and the speed of light are a concept of energy.
e = mc^2
e = energy
m = mass
c = speed of light in a vacuum
Subject : Physics
ReplyDeleteThe formula is to calculate the distance from the given speed and time
d=st
d is distance
s is speed
t is time
make s the subject of formula
Subject: Physics
ReplyDeleteThis formula is to calculate the amount of kinetic energy in an object.
KE=GPE while stationary.
Total energy - GPE = KE
GPE= Gravitational Potential Energy
KE= Kinetic Energy
Find KE when GPE is 500J
Subject:Physics
ReplyDeleteThis formula is to calculate the amount of force needed to change the direction of a moving object.
v-a=f
v= velocity of moving object
f=Force used to push the object to the other direction
a=force leftover after pushing the object.
Make a the subject?