Simultaneous Equations of 3 Variables

[@Slay-Mc_slayyyy]

U really help me out,if not 4 u,I would have been stuck doing this assignment.im really grateful ❤❤

[@iqinitiative]

You're most welcome

[@MalithJok]

This is so amazing ❤

[@MaryPhiri-t3x]

Thank you 😊 this is simple and straight forward

[@iqinitiative]

Glad it helped

[@chiamakaobialo-238]

This is wonderful ❤❤❤❤❤🎉🎉

[@TanatswaNdowa]

This was really helpful

[@iqinitiative]

Glad it was 😊

[@solomonmainza6452]

Thank you so much sir

[@iqinitiative]

You're welcome 😊

[@AnthonyBoateng-xg2wp]

Thanks U much dear Wow u are as Archimedes

[@iqinitiative]

You're welcome. Glad it was helpful 😊

[@Mikey-mike]

Cramers rule is best and easiest and less mistakes are made. Firstly, always check the determinant to see if it is not zero. If the determinant is zero, then the equations are linearly dependant. If the determinant is not zero, then the equations are linearly independent Secondly, apply Cramers Rule.

[@iqinitiative]

Yes, true. Cramer's Rule is reliable.

[@Mikey-mike]

@@iqinitiative Yes, and the amount of paper and time used is less . Thank you for your teaching clip.

[@iqinitiative]

Sure thing. You're welcome 😊

[@ALUSINEKAMARAFODAY]

Thanks professor for your public lectures

[@estheraboagyewaayeboah5328]

Thanks sir👌❤️

[@iqinitiative]

You're welcome 😊

[@PriscillaAyen-g6n]

Thanks ❤❤❤

[@iqinitiative]

You're welcome

[@alfredyorpoi818]

Thank you very much 👍

[@iqinitiative]

You're welcome 😊

[@brightgamer2106]

Nice teaching

[@iqinitiative]

Thanks and welcome

[@ThembelihleNdlovu-j1x]

Thank you

[@iqinitiative]

Welcome!

[@frankrushanganwa]

Thanks am in S1

[@iqinitiative]

Good luck!

[@AdeshinaIdowu-b7f]

Thanks

[@giftmumba6945]

✌️