you probably dont give a shit but does someone know a method to get back into an Instagram account? I was dumb lost the login password. I would love any help you can give me!
@Jeffrey Aryan thanks so much for your reply. I got to the site on google and im in the hacking process now. Takes quite some time so I will get back to you later when my account password hopefully is recovered.
Thank you so much, a high-school student here! This is better than the one in our textbooks tbh, it really helped me in my research subject!!! : )) thanks!
Thanks for the video. I coach a middle school science Olympia team. I created three videos to help with the statistics portion of the experimental design. This is helpful for the experimental design.
Very clear and helpful explanation of the 3 different experimental designs covered. Thanks for creating, and thanks for uploading. Cheers and stay safe!
Doing my best to post more! You don't have to, but you can choose to support me on patreon to help me puruse my passion :) nevertheless thank you for your comment! It is for this reason why I try to make these videos :)
much appreciation you have opened my mind upon my course God bless you much now I can attempt my quantitative research upon using the experimental designs explained in a simpler way to grasp if you also grasped the concept put a like
What design should be used for example in bees, 3 males and 3 females are separated into blocks but the 3 males and 3 females in each block are not given different treatments. They are all given the same treatment and I just observe their preference, whether they prefer to stay in the hot part or the cold part. THIS IS JUST AN EXAMPLE. Thank you
Group Similar People: First, group individuals based on a characteristic that might affect how they respond (like age or gender). Randomize Within Each Group: Next, randomly assign treatments within each group to see the effects separately.
Great video! One minor (unintentional) mistake. Look at 5:10 each 'similar' experimental groups get only 1, of 2 possible treatments. In your simplified diagram (6:29) at the end, look at the orange box at the bottom right, the 3rd arrow is "Each gets two treatments in random order" it should be "each gets randomly assigned one of two treatments". you probably made this mistake because of copy and paste. great video!
Hello I just want to ask what experimental design is suitable if I want to gather data on the effects of green light color on the growth of plants? Thank you for the video btw it helped me a lot 😄
4:26 Wouldn't matching people that have similar grades in that test area be more beneficial since there are people that only study what they are interested in and that's why their GPA suffers. So if it's math test look at people with similar math grades and so on?
Great question! You are correct in that we want to match people with similar grades in a test area. Since people do excel in other classes and do poorly in others, what we would ideally want is to pair the students with regards to similarity, hence the term "similar experimental units". So for example you could have two math students with similar GPAs being paired together, and you could have two science students with similar GPAs being paired together, each writing a test in their own field. From here we would collect the data by evaluating their performance. It would be a mistake to pair a math student and a science student with similar GPAs to write a geology exam. However, it seems that you do understand the concept, so great thinking, and a great question! Thanks for leaving a comment :)
Hello. I just want to ask. For example there are four groupings 1 group for the commercial product 3 groups for the experimental treatment with different amount. G1 Commercial G1 0ml G3 5ml G4 10ml Will it be considered as CRD?
Can you please explain where the 3 principles of DOE comes in. I assume "randomly assigned" is randomisatio . And in RBD, dividing the students based on gender is local control. So which part of the experiment is replication? Please help.
Here is a question about group allocation: what if instead of using blocks in order to obtain equal groups, we just repeated simple randomization until we got equal groups for the first time? Would that produce biased results?
Hi, could I ask, if a study involves letting participant watch a video of a well dressed person, and a second video of a causally dressed person, and getting them to select which person they find more trustworthy. If the hypothesis is that people would find the well dressed person more trustworthy, Would this entire study be considered an experimental study?
This 6-minute video actually summing up my whole semester
This video just solved my problem. It just gave me clarity of my study design
This explanation was just too good to come free of charge!
you probably dont give a shit but does someone know a method to get back into an Instagram account?
I was dumb lost the login password. I would love any help you can give me!
@Barrett Finnley instablaster =)
@Jeffrey Aryan thanks so much for your reply. I got to the site on google and im in the hacking process now.
Takes quite some time so I will get back to you later when my account password hopefully is recovered.
@Jeffrey Aryan it did the trick and I finally got access to my account again. Im so happy!
Thank you so much, you saved my ass!
@Barrett Finnley glad I could help xD
This simply explains 50-100 pages of my textbook! Thank you so much
You're welcome! Good luck with the rest of your learning :)
the whole playlist is pure diamond.
I've checked many stats videos and this channel is the only one that totally makes sense to me. Thank you!!
Thank you so much! That means a lot
This was such an amazing video I love how it gets straight to the point, offers simple examples, and tackles the key concepts! Well done
The best explanatory video on TH-cam so far ...so so so damn perfect 😭
Very clear explanation, and with the perfect amount of detail. Thank you for making this, an also for helping people.
Thank you for your comment Professor. It means a lot to me :)
This is more helpful than my profffff Thank you so much!!
Thank you so much! 10x better than all of the explanations of this concept I've seen combined! Amazing job I finally get it now!
Thank you so much, a high-school student here! This is better than the one in our textbooks tbh, it really helped me in my research subject!!! : )) thanks!
man explained in 3 minutes what the internet, my friends, and chat gpt couldnt. thank you.
First video after a million videos to make sense thank you
Thank you for your comment! This means a lot!
What a boss intro, had to rewind to see it one more time, haha.
Extremely comprehensive and easy to understand.
This is being used as supplemental material in our statistics course. Thank you for a well-explained video!
Everything is so smoothly explained....really commendable 🌄
Thanks. This was the best explanation I have seen in a while.
I agree Utkarsh Nattamai Subramanian Rajkumar
GIVE THIS MAN SOME MONEY. you saved meeee!
Thank you for watching! You can choose to support me on patreon to help me make more videos!
Thank you so much!! You explained better than a 3hours long lecture.
Thanks for the video. I coach a middle school science Olympia team. I created three videos to help with the statistics portion of the experimental design. This is helpful for the experimental design.
randoomized block design fit our study. thank you! ure a life saver
Omg hours of studying made easier by this thank u!
Very clear and helpful explanation of the 3 different experimental designs covered. Thanks for creating, and thanks for uploading. Cheers and stay safe!
Thank you! Hope you stay safe during this pandemic as well Stephen.
Yooooo please post more!! You’re helping me pass Stats! 🙏🙏👼
Doing my best to post more! You don't have to, but you can choose to support me on patreon to help me puruse my passion :) nevertheless thank you for your comment! It is for this reason why I try to make these videos :)
thanks to you i won’t feel as lost on my ap stats test tomorrow 🙏
Excellent! Precise, concise and easy to follow.
Thank you :)
Thank you soo much ..I have seminar on this topic tomorrow im prepared now ❤️
This saved me for my test Thanks!
I will add to what the others have said, and thank you for simple clarity which leads to solid understanding. Appreciate you.
Thank you so much :)
Sound explanation. So clear and to the point 👍
Thank you from my heart Sir!! Helped me so much the day before my exam!!!!🙏🙏
I'm glad, good luck on your exam!
Thank you so much for this very clear and well-explained video! Really helped me a lot as a Grade 10 student.
You're very welcome!
Awesome explanation.. Truly fascinating
Thank you for the great detailed explanation, and for providing the script below.
Thank you, I have an exam in 2 hours and this just helped me big time!
I'm glad! Hope you passed :)
much appreciation you have opened my mind upon my course God bless you much now I can attempt my quantitative research upon using the experimental designs explained in a simpler way to grasp
if you also grasped the concept put a like
Thank you for watching! Good luck with your studies!
Great video, really helpful, specially with the diagrams
What design should be used for example in bees, 3 males and 3 females are separated into blocks but the 3 males and 3 females in each block are not given different treatments. They are all given the same treatment and I just observe their preference, whether they prefer to stay in the hot part or the cold part. THIS IS JUST AN EXAMPLE. Thank you
This was awesome. Very clear explanation, and with the perfect amount of detail. Thank you for making this!
You are at too good my man, thank you for the help.
This is such a great explanation. Thank you for this.
Thanks buddy
@6:28, need to correct the last simplified diagram (about similar experimental units) to say 'each unit gets one of the two treatments'
Just come across this videos and it's superb!!! Thank you for this. 🥳
Explained in a simple way
Best explanation ever
Hi, at 6:28, the diagram should read (in my opinion) -> "Each unit gets one of two treatment randomly". If i got it wrong, my apologies in advance!
You're absolutely correct
Amazing stuff! Loud and clear! Thank you!
You're welcome!
Godly explanation. Thanks!
Group Similar People: First, group individuals based on a characteristic that might affect how they respond (like age or gender).
Randomize Within Each Group: Next, randomly assign treatments within each group to see the effects separately.
this was so good oh my goodness! thank you so much, i needed it !!
Thank u for this amazing explanation
Sooooooo helpful
Thank you so much!
ThankYou❤❤ you helped me so much. I was totally confused about this experiment but you made it clear!!!
No problem at all! Thanks for leaving a comment!
This save me for my class with thanks!
Thanks! I have a test next week!
Great video! One minor (unintentional) mistake.
Look at 5:10 each 'similar' experimental groups get only 1, of 2 possible treatments.
In your simplified diagram (6:29) at the end, look at the orange box at the bottom right, the 3rd arrow is "Each gets two treatments in random order" it should be "each gets randomly assigned one of two treatments".
you probably made this mistake because of copy and paste.
great video!
It's the same thing just different wording
This helped me a lot. Thanks a bunch ❤️
Thank you, Sir, your presentation was so helpful and enlightening. God bless you.
Thank you for your comment! Good luck with the rest of your learning Gabriel :)
This is great and simplified
Very good explanation. Thanks
Thank this helped me alot.
Tomorrow is my finals. Thanks, u saved me.🙏😊
Incredible video. You are saving me from drowning in my graduate program.
Fantastic video
Thank you so much that was so clear and very helpful
Can you explain the types off single subject (case ) experimental design?
Very good explanation
Please Make a video about fixed and random effect models....
Great explanation!
so clear and easy thank you !!
Very helpful my guy! 🙌
Well explained
Hello I just want to ask what experimental design is suitable if I want to gather data on the effects of green light color on the growth of plants? Thank you for the video btw it helped me a lot 😄
This is so clear thank you
Can I ask you reference to this topic? I actually learned from your presentation. Good Job~
Very nice.thank u
Very good explanation! Thank you!
Is this the example of each type of experimental design?
THANK YOU
Thank you
What a great explanation! Thanks!!!
Great video. Thanks a lot.
Thank you for watching! Feel free to support me on Patreon to help me make more videos!
Can u pls explain EF Lindquist model of basic designs to eliminate type s, type g and type r errors?
This isso helpful thankyou so muchh
Is a randomized block design the same as an ex post facto design?
What happens when the same units are used for 3 treatments ? Is it still a matched pair ?
4:26
Wouldn't matching people that have similar grades in that test area be more beneficial since there are people that only study what they are interested in and that's why their GPA suffers. So if it's math test look at people with similar math grades and so on?
Great question! You are correct in that we want to match people with similar grades in a test area. Since people do excel in other classes and do poorly in others, what we would ideally want is to pair the students with regards to similarity, hence the term "similar experimental units". So for example you could have two math students with similar GPAs being paired together, and you could have two science students with similar GPAs being paired together, each writing a test in their own field. From here we would collect the data by evaluating their performance. It would be a mistake to pair a math student and a science student with similar GPAs to write a geology exam. However, it seems that you do understand the concept, so great thinking, and a great question! Thanks for leaving a comment :)
Thank youu really helpful!
Hello. I just want to ask.
For example there are four groupings
1 group for the commercial product
3 groups for the experimental treatment with different amount.
G1 Commercial
G1 0ml
G3 5ml
G4 10ml
Will it be considered as CRD?
Best and easy explained
Can you please explain where the 3 principles of DOE comes in. I assume "randomly assigned" is randomisatio . And in RBD, dividing the students based on gender is local control. So which part of the experiment is replication? Please help.
beautifully explained!
Here is a question about group allocation: what if instead of using blocks in order to obtain equal groups, we just repeated simple randomization until we got equal groups for the first time? Would that produce biased results?
Dear, Simple Learning Pro
Very awesome video.
May I use it for my students who are learning about the research methods?
best regard,
Rif'at
Oh no! What happened on the class?
make it simple to understand! great
Hi, could I ask, if a study involves letting participant watch a video of a well dressed person, and a second video of a causally dressed person, and getting them to select which person they find more trustworthy.
If the hypothesis is that people would find the well dressed person more trustworthy,
Would this entire study be considered an experimental study?
Thank you God bless you
Good explanation. Keep it up.
Shoutout sa BSP3, sana tapos na kayo sa midterm exam sa psych 7 hihi