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Thousands of Practice Questions and Video Explanations: Pre-Algebra to Calculus
Double Angle Identities (Trigonometry) - Question #4
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Double Angle Identities (Trigonometry) - Question #5
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Double Angle Identities (Trigonometry) - Question #1
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Double Angle Identities (Trigonometry) - Question #3
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Double Angle Identities (Trigonometry) - Question #8
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Double Angle Identities (Trigonometry) - Question #2
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Double Angle Identities (Trigonometry) - Quick Introduction
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Double Angle Identities (Trigonometry) - Question #6
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Double Angle Identities (Trigonometry) - Question #7
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Logarithms - Common Mistakes! (Algebra)
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Sum/Addition Identities (Trigonometry) - Intermediate Example
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Definite Integral (Calculus) - Worked Example #3
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Definite Integral (Calculus) - Worked Example #2
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Definite Integral (Calculus) - Worked Example #1
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Definite Integral (Calculus) - Worked Example #4
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The Fundamental Theorem of Calculus - Part 1 (Introduction)
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The Fundamental Theorem of Calculus - Part 1 (Introduction)
The Fundamental Theorem of Calculus - Part 2 (Introduction)
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The Fundamental Theorem of Calculus - Part 2 (Introduction)
Discriminant (Quadratics) - Simple Introduction!
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Discriminant (Quadratics) - Simple Introduction!
Discriminant (Quadratics) - Worked Example #2 (Basic Level)
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Discriminant (Quadratics) - Worked Example #2 (Basic Level)
Discriminant (Quadratics) - Worked Example #3 (Basic Level)
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Discriminant (Quadratics) - Worked Example #3 (Basic Level)
Discriminant (Quadratics) - Worked Example #1 (Basic Level)
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Discriminant (Quadratics) - Worked Example #1 (Basic Level)
Discriminant (Quadratics) - Worked Example #4 (Basic Level)
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Discriminant (Quadratics) - Worked Example #4 (Basic Level)
Power Rule of Derivatives (Calculus) - Worked Example #5
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Power Rule of Derivatives (Calculus) - Worked Example #5
Power Rule of Derivatives (Calculus) - Worked Example #4
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Power Rule of Derivatives (Calculus) - Worked Example #4
Power Rule of Derivatives (Calculus) - Worked Example #3
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Power Rule of Derivatives (Calculus) - Worked Example #3
Power Rule of Derivatives (Calculus) - Worked Example #2
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Power Rule of Derivatives (Calculus) - Worked Example #2
Power Rule of Derivatives (Calculus) - Worked Example #1
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Power Rule of Derivatives (Calculus) - Worked Example #1
Evaluating Limits by Factoring (Calculus) - Worked Example #4
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Evaluating Limits by Factoring (Calculus) - Worked Example #4
Evaluating Limits by Factoring (Calculus) - Worked Example #3
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Evaluating Limits by Factoring (Calculus) - Worked Example #3
Why is the altitude of the larger triangle = tan theta?
11 years bro thank you so much
Help , what If they were look for daily income
it is just simple
you actually mixed up the n and t in the for the exponents.
i was 4 years old when you made this video man
Dawg 0.12 divided by 12 is 0.01 on my calculator
0.12 divided by 12 is 0.01, but since there is a 1 in the parenthesis you have to add it.
It help me a lot, Thank you
how do we know that deriving the revenue fucntion gives us the max revenue? what if u wanted to find the min revenue?
Thank you!!
This helped a lot, thanks!
I have a nuclear physics test tomorrow and this helps thanks
Thanks bro 🙌
super helpful
ur amazing man
Thanks bro I was cooked before this, 2010 coming in clutch 💪💪💪
How is the answer not 7.5 this makes no sense.
It reminds me of my late lovely beautiful wife who passed on 2yrs ago RIP my love we shall meet someday
Sorry, 105 x 7 = 7.35. Please could you explain how you get your number please?
Me here commenting after this video being here 13 years 💀💀💀
this guy teaches better than my teacher!
Thankyou for actually teaching me so I don't fail my trig test, because my actual teacher doesn't 😐
Super helpful!
Nice subscribe to this
I get it Now Thanks 👍 I believe I get my test results 20 out of 20
Great tutorial - Great channel- Subscribed😊
I never learned it to divide by n ... now im confused. The formulas are different
What if it was 2 years instead of annually?
WHERE THE FUCK DID $1,407.10 COME FROM????????????
Great video
Thanks!
Drip network 1% a day
thumbnail hard af
I GET IT NOW! Thank you. Watching other videos set me back in math for 50 years and I was brain stressed and so confused. Thank you for explaining this in the simplest terms. I now feel cool again. 😎
Let's first calculate the time John has been driving when Phoebe starts: John's driving time = 5:00 pm - 3:00 pm = 2 hours Now, we need to find the head start distance John has covered during those 2 hours: Distance covered by John = Speed * Time Distance covered by John = 60 mph * 2 hours Distance covered by John = 120 miles Since Phoebe is driving at a faster speed than John, she will catch up to him at a certain point. The relative speed between them is: Relative speed = Phoebe's speed - John's speed Relative speed = 80 mph - 60 mph Relative speed = 20 mph To calculate the time it will take for Phoebe to overtake John, we can divide the head start distance by the relative speed: Time = Distance / Relative speed Time = 120 miles / 20 mph Time = 6 hours
Thoughtful explanation, great video
I need to get the interest rate by calculating the nth root and fraction of it, it's confusing, I don't know how to calculate square root, let alone nth root.
Why did COSX equal 1 and not -1?
You are the greatest Brother....
(pi/4) * (180/4) != 45 1:37
Thank you I understand now
Seems easy if t= 2 years or 3 or 4 , but how to calculate if for example t= 18 months ?
geez bro thanks so much this actually helped me I was struggling thanks
Homework for both of your. Dividend Compounding = (1+g)². Intrinsic Compounding = ?
The happiness that I got after solving 🌺🥲😩😹
Omg bro I'm like 10 late but you saved my life
You understand this better when you become an adult.
Where are you getting that 25 from and why did u have to divide the 10 by 2 im confused
Did u figure it out
Thank you