mariosmathtutoring.teachable.com/p/learn-algebra-1-video-course Check out my Learn Algebra 1 Video Course for sale. I teach you chapter by chapter and section by section. There are 87 video lessons and over 11 hours of video. For less than the price of a private tutoring session you have lifetime access to the course and can work through it at your own pace. Check out the 13 free lessons (1 from each chapter) at the link above. - Mario
Hey, I have a math quiz about this and scientific notation at school in 3 hours and it’s currently 5 am and I just want to say, Thank you. A week of notes summed up in a video with EXAMPLES. You are a lifesaver.
It took my math class like, 3 classes to do all of this. Im in advanced math, the lessons should be a little quicker, like this. Or at least get everything in our head, and then have us do some examples. Thank you for this quick and easy review!
I know you hear this a lot but I love your videos so much. They really help when I'm confused in class, my eoc is in a few days so im going back and studying my weak points. Thank you !
Even though this was 6 years ago, I really appreciate this Edit: Before the test I watched this video and I got a 94 on it. I haven’t paid attention all week so I’m pretty happy with it.
Thank you so much! I’m a high school senior who got a 1390 on her SAT but none of my teachers have ever explained what is happening to make those rules true! That helped so much. Now if I forget rules I can just work through it.
At 2:00 how would some one intuitively know that the "2" has a "1" as a power/exponent? Because since I don't see an exponent, my mind rationalizes that there is "0" exponents. But yet, you put "1". why?
Because 2 to the power of 1 =2 (2x1=2). It's just a way to visualize how to distribute the exponent outside of the parenthesis and remember to put it onto the 2 as some people forget as he said. (If a number has no exponent, it has a exponent of 1 as any number times 1 is always the same.
@@kyle1086 thanks for the input, the comment section is full of lost prayers and questions. So only in context of the "cube" outside of the parenthesis it manifests a "1" power to ALL stand alone numbers. Otherwise, without the parenthesis and a cube, it just be a regular stand alone number.
Thank you Mario. It has been decades since I have had to use this but my new job requires me to dig back in. Your video was an extremely helpful refresher as I move on to more complex equations.
Another important skill with exponents is knowing how to handle negative exponents. Learn about that here in this video: th-cam.com/video/di1BuuH3Eqs/w-d-xo.html
Gotta love getting one day to learn this and get thrown a test and have no clue how to do it. then your whole class fails the test and you have to do a retest with no extra help and the problems are like 5 times harder than every explanation vid on Yt. 😭
Can you explain if there are exceptions to the power rule? I saw another video criticizing the way this is taught, with the example that [(-1)^2]^3/2 /= (-1)^3, but he never explained _why,_ just ranted for 12 minutes to advertise his tutoring company.
Interesting question….in the problem you mentioned if you follow the order of operations working from the innermost parenthesis outward then you would end up with positive 1.
I saw something, on a quiz, that I had never seen before....it was 3 to the third power....and another exponent...over the 3, that also was 3.....what would that be...
mariosmathtutoring.teachable.com/p/learn-algebra-1-video-course
Check out my Learn Algebra 1 Video Course for sale. I teach you chapter by chapter and section by section. There are 87 video lessons and over 11 hours of video. For less than the price of a private tutoring session you have lifetime access to the course and can work through it at your own pace. Check out the 13 free lessons (1 from each chapter) at the link above.
- Mario
Sir can you explain the negative exponent rules
A weeks worth of lessons taught in 6 minutes. Thank you for the amazing lesson.
You’re welcome! Glad you liked my video!
you true this video is so helpful
You explained this better in 7 mins than my teacher did on 2 weeks. Thanks for the help!
You’re welcome! Glad my video helped you learn this so quickly!
Mario's Math Tutoring yep! We have classes together and you provided a very thorough explanation that helped a lot. Thanks!
Hey, I have a math quiz about this and scientific notation at school in 3 hours and it’s currently 5 am and I just want to say, Thank you. A week of notes summed up in a video with EXAMPLES. You are a lifesaver.
Anyone else have a test on this literally TOMORROW
Yup
YES.
My test is right now
next period
Me
It took my math class like, 3 classes to do all of this. Im in advanced math, the lessons should be a little quicker, like this. Or at least get everything in our head, and then have us do some examples. Thank you for this quick and easy review!
I know you hear this a lot but I love your videos so much. They really help when I'm confused in class, my eoc is in a few days so im going back and studying my weak points. Thank you !
this helped a lot, really. after rewatching at least 2,000 times i now fully understand the topic, thanks
Thank you for this! This is exactly what I needed, quick, simple, and easy to understand. Thank you :)
You’re welcome! Glad my video helped you!
Now I get it! I didn’t realize how simple
this really is. Thanks! 👍👍
Glad my video helped you Colin!
Thank you for saving me from another mental breakdown over my incompetent teacher ♥
Seriously saved me, best math lesson i’ve ever seen on here. Appreciate it you’re an excellent teacher!
I watched this instead of zoom class and it helped WAY more
I am loving this. So great like a months learning in 6mins and great explanation
Even though this was 6 years ago, I really appreciate this
Edit: Before the test I watched this video and I got a 94 on it. I haven’t paid attention all week so I’m pretty happy with it.
Glad I could help!
Taking my TSI tomorrow so I'm here quickly reviewing these rules.
i have a math quiz in 10 mins and this has helped me out so much!! thank you
Really clear and helpful! Thanks 😄
These lessons make such great reviews. Thank you so much Mario!
I know you may not respond but this video has helped me get a good grade on 2 math tests. Thank you
Very quick and on the point! Loved it
Thank you!!! Love how energetic you are and personable! You explained it sooo well! Thank you thank you thank you!!
Your welcome! Glad my video was able to help you. Thanks for the positive feedback as well...very much appreciated!
This made my life way easier, thank you sir :)
This is the first Math discussion that i learned faster, Thank you for the help good sir💝
This helped me to study for my math quiz so much, great content here!
Glad my video helped you Ava!
Thank you for making such a clear and understandable video! This was really helpful! :)
Glad my video helped you Lilah!
Thank you so much for my test next week!
THIS VIDEO HELPED A LOT THANK YOU !
You covered two weeks worth of school in just 6 minutes. Thank you sir!
This saved me in my exam Thanks alot
Glad to hear that
Laws of exponents are really useful when dealing with decimal numbers!
I was hoping for more complex stuff, but this would've been a great review last year. well done
7min that worth million hours in real class
LETS LOOK AT AN EXAMPLE 💯💯😮💨😮💨🗣️🗣️🔥🔥🔥
Thank you so much for this quick and concise review video! Have a good one
You’re welcome! Glad you liked the video!
These are great videos, super useful and easy to understand
Im learning how to teach. Your lessons are excellent
Glad you like my lessons Clementine!
Thank you so much. This video is so helpful
i usually have a hard time understanding this stuff but this was perfect!!! thank you
You’re welcome! Glad it helped you!
Thanks for sharing this excellent lesson
You’re welcome Abdulwaris!
Thank you! This was very helpful
Thank you! I had a math test with exponent rules and I wasn't understanding the content. You really helped me! 👍
Glad my video helped you!
thanks for the help bezos
Simple and intutive....simply great...
One suggestion: Letters are not bold....
my teacher has been trying to teach this for a month and I just learned it in 6 minutes
My K12 teacher who just tells me to use a calculator sent me this learned more in ten minutes than my entire school year
Great video to help me get ready for a placement test. Haven't been in high school since 2008! Thank you!
You’re welcome Fallon! Good luck on the test!....report back if you want and let us all know how you did...
Now i get it, thank you 🙏
You explain it better than my teacher! :)
Glad you like my explanation in the video Valentina!
Plz make more examples you explain it more easy then my teacher
New subscriber you are a good teacher
Welcome to the channel Ryan!
The night before a math exam!
Fantastic. Energetic and straight forward answers, a skilled teacher is what you are.
Glad you liked the video!
Thanks for making a video. Good job match teahcer
Great explanation, fast and simple, straight to the point!
Glad you liked my straight to the point video!
Thank you sm Sir🎉
Most welcome
Ty Mario :)
Good work sir
Got You in the mean Time time
Thanks for guidance
Glad my exponent Video helped you Shah!
Hello sir I am indian and your explation is good
This was great, thanks!
You’re welcome!
thank you kanye, very cool!
Thank you so much! I’m a high school senior who got a 1390 on her SAT but none of my teachers have ever explained what is happening to make those rules true! That helped so much. Now if I forget rules I can just work through it.
You’re welcome Sydney! Glad my explanations helped make sense of the rules of exponents. And great job on the SAT!
At 2:00 how would some one intuitively know that the "2" has a "1" as a power/exponent?
Because since I don't see an exponent, my mind rationalizes that there is "0" exponents. But yet, you put "1". why?
Because 2 to the power of 1 =2 (2x1=2). It's just a way to visualize how to distribute the exponent outside of the parenthesis and remember to put it onto the 2 as some people forget as he said. (If a number has no exponent, it has a exponent of 1 as any number times 1 is always the same.
@@kyle1086 thanks for the input, the comment section is full of lost prayers and questions.
So only in context of the "cube" outside of the parenthesis it manifests a "1" power to ALL stand alone numbers.
Otherwise, without the parenthesis and a cube, it just be a regular stand alone number.
@@Andresseus Yup
is there any 14 laws of exponent? our Prof tells us that there is 14 laws and we need to seek it, can somebody help me please
very helpful! thanks
You’re welcome India Barnes!
wow you teach great you're awesome
During the negative exponent rule, why did you add the Z to numerator, not the denominator?
Thank you Mario. It has been decades since I have had to use this but my new job requires me to dig back in. Your video was an extremely helpful refresher as I move on to more complex equations.
Awesome Ramona! Glad my video was able to help you refresh on the rules of exponents. Good luck at your new job!
EPIC VIDEO !
Glad you liked the video!
Another important skill with exponents is knowing how to handle negative exponents. Learn about that here in this video: th-cam.com/video/di1BuuH3Eqs/w-d-xo.html
I can't see the last part of this math with negative exponents
night before a test gang 😎
Amelia Knust samee
Thanks, it helped me a lot
Glad my video helped you!
Hello mr.Mario can you answer my question please
What is 24 p^3 q^4 r6
-------- (fraction line )
60 p q^6 r^3
i really, REALLY liked this video :)
Glad you liked the video Matthew!
What if you have the same exponent but different bases
thank you
Nice vid bro
Glad you liked the video!
Thanks
I have a test tomorrow on exponent rules, this helped so much and thanks!
Glad my video helped you review exponents Mads! Good luck on your test!
Watching this 2 min before my test😭
Thank You Sir❤
You’re welcome Ester!
Thank you this was very helpful! Definitely going to help with my test.
Your welcome! Good luck on your test!
Impressive. No video explains the rules of x^2(-x^3)(-x^3) kind of styles of equations.
I clearly understood everything, thanks to you
Your welcome! Glad my video helped you!
I have a very serious question: x^m^n is not equal to (x^m)^n equals to x^(m*n)?
To extrapolate, is not the same x^a^b^c^d^... as x^(a*b*c*d*...)?
It’s hard to tell without the use of parentheses. Does x^m^n means (x^m)^n=x^(mn) or x^(m^n)? We can’t tell.
thank you life saver
Glad my videos are helping you!
thanks a bunch, this really helped me on my homework
You’re welcome Jon! Glad my video on exponents helped you!
I have a math test tomorrow and yeah, I am the same the dude who said “anyone else have a test on this TOMORROW”
Can't see the numbers, and going a little too fast :(
Just watch it at .75 speed
@@Adele-195 i have aIDS LOL
Gotta love getting one day to learn this and get thrown a test and have no clue how to do it. then your whole class fails the test and you have to do a retest with no extra help and the problems are like 5 times harder than every explanation vid on Yt. 😭
thank you very much sir
You’re welcome Nawaf!
legend
We were doing practice for this today and I didn't get anything so I though: "Ah, it's Mario time."
Glad my video helped you Lily!
nice video
Thanks!
Wow 😳
thank you ong
I like ya cut G
Can you explain if there are exceptions to the power rule? I saw another video criticizing the way this is taught, with the example that [(-1)^2]^3/2 /= (-1)^3, but he never explained _why,_ just ranted for 12 minutes to advertise his tutoring company.
Interesting question….in the problem you mentioned if you follow the order of operations working from the innermost parenthesis outward then you would end up with positive 1.
@MariosMathTutoring yes, but using the power rule, you would get (-1)^3, which is the problem.
@TheFansOfFiction yes I follow you….
I saw something, on a quiz, that I had never seen before....it was 3 to the third power....and another exponent...over the 3, that also was 3.....what would that be...
That would be the power rule. So (3^3)^3 would be 3^9. Hope that helps Philip!