hey man. seriously I had a very good feeling about this classes of calculus I am sure that I haven't watched any other classes this good I am sure that you must have to promote you channel even further it could be very helpful for many beginners make sure you get the channel promoted and become famous eveRyan one would enjoy the class this flipped class idea will definitely impress many and they would be loving it
In question 2, are we really supposed to take an integral? water flows 1+4t³ liters/minute, so if 1 minute passes 5 liters appear in tank, 2 minutes its 33 etc... doesn't it already tell the amount?
1+4t^3 is the function that tells us how much water is getting in at every moment. If we compute that function at a point in time t, we are calculating how much water is GETTING IN at that exact moment, not how much total water is inside the tank
No, the answer is correct. The rate of the water getting in plus the rate of the water getting out is equal to the total rate of change The definite integral of the rate of change gives us the total amount of change during an interval The problem is set up correctly, the passages look correct too
The link is outdated. Could someone send an another link to the test?
This was a very cool review of a lot of the things we saw in the playlist! :)
hey man. seriously I had a very good feeling about this classes of calculus I am sure that I haven't watched any other classes this good I am sure that you must have to promote you channel even further it could be very helpful for many beginners make sure you get the channel promoted and become famous eveRyan one would enjoy the class this flipped class idea will definitely impress many and they would be loving it
Can someone pls give the link to the test document i dont think its provided here
In question 2, are we really supposed to take an integral? water flows 1+4t³ liters/minute, so if 1 minute passes 5 liters appear in tank, 2 minutes its 33 etc... doesn't it already tell the amount?
The rate rises continuously, it doesn't just jump at the beginning of every minute.
1+4t^3 is the function that tells us how much water is getting in at every moment. If we compute that function at a point in time t, we are calculating how much water is GETTING IN at that exact moment, not how much total water is inside the tank
where is the test link?
In problem 9 (F) absolute maximum will be mod of maximum area which is [mod(-5)] @ x=9
You remind me of the coding train channel guy
Nathan Henry
Yo I’m glad I’m not the only one who thought that
@@duckymomo7935 u not the only one
Question 2 answer is wrong
???
Do you have the test pdf?
No, the answer is correct.
The rate of the water getting in plus the rate of the water getting out is equal to the total rate of change
The definite integral of the rate of change gives us the total amount of change during an interval
The problem is set up correctly, the passages look correct too