# data[].attributes.body
Length = metre
Time = seconds
Mass = kilogram
Ammount of substance = mole
Luminous intensity = candela
Thermodynamic temperature = kelvin
Electric current = ampere

# data[].attributes.body
Length - metre (m)
Mass - kilogram (kg)
Time - second (s)
Thermodynamic temperature - kelvin (K)
Electric current - ampere (A)
Luminous intensity - candela (cd)
Amount of substance - mole (mol)

# data[].attributes.body
1. Length - meter (m)
2. Mass - kilogram (kg)
3. Time - second (s)
4. Thermodynamic temperature - kelvin (K)
5. Electric current - ampere (A)
6.  Luminous intensity - candela (cd)
7.  Amount of subtance - mole (mol)

# data[].attributes.body
1) Length(l)= metre(m)
2) Mass(m)= kilogram(kg)
3)Time(t)= second(s)
4)Thermodynamic temperature(T)=kelvin(k)
5) Luminous Intensity(Iv)=candela(cd)
6)Electric current(I)=ampere(A)
7)Amount of Substance(n)=mole(mol)

# data[].attributes.body
1)Length(l)=metre(m)
2)Mass(m)=kilogram (kg)
3)Time(t)=second (s)
4)Thermodynamic temperature (T)=Kelvin(K)
5) Luminous Intensity (Iv)=Candela (cd)
6)Electric current (I)=Ampere(A)
7)Amount of Substance(n)=mole(mol)

# data[].attributes.headline
KRITTIGAA 4D                                    1) length - metre (m)                                2) mass - kilogram(kg)                                         3) time - second (s)                                4)Thermodynamic temperature Kelvin (K)                                                              5) Electric Current - amphere(A)        6) Luminous intensity -candela(cd)                                        7) Amount of substance - mole(mol)                            

# data[].attributes.subject
KRITTIGAA 4D                                    1) length - metre (m)                                2) mass - kilogram(kg)                                         3) time - second (s)                                4)Thermodynamic temperature Kelvin (K)                                                              5) Electric Current - amphere(A)        6) Luminous intensity -candela(cd)                                        7) Amount of substance - mole(mol)                            

# data[].attributes.body
1.Length -meter (m)
2.Mass-kilogram (kg)
3.Time-second (s)
4.Thermodynamic temprature - kelvin (k)
5. Electric current -ampere (a)
6.Luminious intensity - candela (cd)
7. Amount of substance -mole (mol)

# data[].attributes.body
Length-metre(m)
Mass-kilogram(kg)
Time-seconds(s)
Thermodynamic temperature-kelvin(K)
Electric current-ampere(A)
Luminous intensity-candela(cd)
Amount of substance-mole(mol)

# data[].attributes.body
length - metre (m)
mass - kilogram (kg)
luminous intensity - candela (cd)
thermodynamic temperature - kelvin (K)
electric current - ampere (A)
amount of substance - mole (mol)
time - second (s)

# data[].attributes.headline
RABIATUL REGINA SHAKIRA BINTI MUHAMMAD AZLAN SHAH 4D

# data[].attributes.subject
RABIATUL REGINA SHAKIRA BINTI MUHAMMAD AZLAN SHAH 4D

# data[].attributes.body
1. Length : metre
2. Mass : kilogram
3. Time : second
4. Thermodynamic temperature : kelvin
5. Electric current : ampere
6. Luminous intensity : candela
7. Amount of substance : mole

# data[].attributes.body
1. Length - meter (m)

2. Mass - kilogram (kg)

3. Time - second (s)

4. Thermodynamic temperature - kelvin (k)

5. Electric current - ampere (A)

6. Luminous intensity - candela (cd)

7. Amount of substance - mole (mol)

# data[].attributes.body
1) length - metre
2) mass - kg
3) time - second
4) Thermodynamic temperature - Kelvin
5) Electric Current - amphere
6) Luminous intensity - candela
7) Amount of substance - mole

# data[].attributes.body
length - metre
mass - kilogram
time - second
thermodynamic temperature - kelvin
electric current - ampere
luminous intensity - candela
amount of substance - mole

# data[].attributes.body
Length -metre
mass-kilogram
time-second
thermodynamic temperature-kelvin
Electric current-ampere
luminous intensity-candela
amount of substance-mole

# data[].attributes.body
Name the base quantities and their SI units from the Physical Quantity Map above.