MEASUREMENT OF PHYSICAL QUANTITIES. DIMENSIONS.

This video is made to expose the basics of fundamentals and derived quantities. It would also be of great help to students and teachers in understanding dimensions of physical quantities.
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#school #education #physics #quantities #fundamentalanalysis #derivative #dimensions .

[@florenceigbute6280]

Nice one❤❤

[@osakweokechukwu4540]

Good one madam

[@minaamos]

This is really good madam keep it up.

[@Jossyscienceacademy]

Thank you

[@florenceigbute6280]

Just started watching

[@Jossyscienceacademy]

@@florenceigbute6280 just subscribe to the channel

[@Jossyscienceacademy]

Put your answer in the comment section.

[@osakweokechukwu4540]

Your explanations are well-simplified, keep up the great work, Ma.

[@Jossyscienceacademy]

Thank you

[@ChinweGenny]

FORCE - (Kgms-2), (MLT-2).
WORK - (Kgm2s-2) ,(ML2T-2).
PRESSURE-(Kgm-1s-2) ,(ML-1T-2)
MOMENTUM -(Kgms-1), MLT-1
DENSITY - (Kgm-3),(ML-3).

[@Jossyscienceacademy]

Correct

[@MbanudeEdward]

Force (MLT -2.
Work (ML2T -2.
Pressure (ML -1T -2.
Momentum (MLT -1.
Density (ML-3.

[@Jossyscienceacademy]

Correct.

[@florenceigbute6280]

Force, Dimension- MLT-2
Work, Dimension- ML2T-2
Pressure, Dimension- ML-1T-2
Momentum, Dimension-MLT-1
Density, Dimension-ML-3

[@Jossyscienceacademy]

Good one 👍

[@innocentegwuagu]

Chimamanda Egwuagu
FORCE = Kgms-² (MLT-²)
WORK = Kgm²s-² (ML²T-²)
PRESSURE = Kgm-¹s-² (ML-¹T-²)
MOMENTUM = Kgms-¹ (MLT-¹)
DENSITY = Kgm-³ (ML-³)

[@Jossyscienceacademy]

Correct 💯

[@patiencekc-ibe4607]

Chidinma Aneke
Force- (MLT-2)
Work - (ML2T-2)
Pressure -( ML-1T-2)
Momentum- (MLT-1
Density - (ML-3)

[@Jossyscienceacademy]

Correct

[@Jossyscienceacademy]

Correct

[@Jossyscienceacademy]

Correct

[@kakashi_vladivostok]

Where are you from?

[@Jossyscienceacademy]

Nigeria