PSYC 2020 · Statistical Methods I and II
PSYC 2020 · Statistical Methods I and II
  • Видео 304
  • Просмотров 237 308
Nominal Ordinal Interval and Ratio Variables
Nominal Ordinal Interval and Ratio Variables
Просмотров: 719

Видео

Variables Data and Scores
Просмотров 4536 лет назад
Variables Data and Scores
Discrete vs Continous
Просмотров 2016 лет назад
Discrete vs Continous
Populations vs Samples
Просмотров 1926 лет назад
Populations vs Samples
Sampling Error
Просмотров 4186 лет назад
Sampling Error
Descriptive vs Inferential Statistics
Просмотров 3146 лет назад
Descriptive vs Inferential Statistics
Paramters vs Statistics
Просмотров 1596 лет назад
Paramters vs Statistics
Frequency Distributions
Просмотров 2416 лет назад
Frequency Distributions
Frequency Distribution Tables ~ The Basics
Просмотров 3346 лет назад
Frequency Distribution Tables ~ The Basics
Histograms
Просмотров 3546 лет назад
Histograms
Bar Charts
Просмотров 2906 лет назад
Bar Charts
Polygons
Просмотров 1856 лет назад
Polygons
Frequency Distribution Tables ~ Finding Sample Size n
Просмотров 16 тыс.6 лет назад
Frequency Distribution Tables ~ Finding Sample Size n
Frequency Distribution Graphs ~ Shape of a Distribution
Просмотров 3,6 тыс.6 лет назад
Frequency Distribution Graphs ~ Shape of a Distribution
The Stem and Leaf Display
Просмотров 4236 лет назад
The Stem and Leaf Display
Frequency Distribution Tables ~ Proportions and Percentages
Просмотров 3,9 тыс.6 лет назад
Frequency Distribution Tables ~ Proportions and Percentages
Frequency Distribution Tables ~ Grouped Data
Просмотров 6296 лет назад
Frequency Distribution Tables ~ Grouped Data
Percentiles and Percentile Ranks
Просмотров 139 тыс.6 лет назад
Percentiles and Percentile Ranks
Frequency Distribution Tables ~ Finding the Sum of x Σx
Просмотров 17 тыс.6 лет назад
Frequency Distribution Tables ~ Finding the Sum of x Σx
Interpolation
Просмотров 2,3 тыс.6 лет назад
Interpolation
The Mean as a Balance Point
Просмотров 1,1 тыс.6 лет назад
The Mean as a Balance Point
How adding a constant to each score affects the mean
Просмотров 1,7 тыс.6 лет назад
How adding a constant to each score affects the mean
When to Use the Median
Просмотров 1326 лет назад
When to Use the Median
The Mode
Просмотров 1106 лет назад
The Mode
Why the Mean is Best
Просмотров 1116 лет назад
Why the Mean is Best
The Median ~ Example with Continuous Data
Просмотров 1646 лет назад
The Median ~ Example with Continuous Data
The Weighted Mean
Просмотров 1236 лет назад
The Weighted Mean
What is Central Tendency
Просмотров 1856 лет назад
What is Central Tendency
How adding a new score or removing a score affects the mean
Просмотров 1,2 тыс.6 лет назад
How adding a new score or removing a score affects the mean
How multiplying or dividing scores by a constant affects the mean
Просмотров 8996 лет назад
How multiplying or dividing scores by a constant affects the mean

Комментарии

  • @thorthegodofthunder9150
    @thorthegodofthunder9150 2 дня назад

    skibidi dop dop dop yes yes skibidi dopli dip dip

  • @Alias.Nicht.Verfügbar
    @Alias.Nicht.Verfügbar 21 день назад

    vielen dank!

  • @Alias.Nicht.Verfügbar
    @Alias.Nicht.Verfügbar 21 день назад

    vielen dank!

  • @diaryofanislandgirl
    @diaryofanislandgirl 4 месяца назад

    Thank you for making these videos. Such a great help! ❤

  • @moosalebelo
    @moosalebelo 4 месяца назад

    This is great ❤

  • @nou-kc1ws
    @nou-kc1ws 5 месяцев назад

    AMAZING❤❤❤❤

  • @Anna-kp8hz
    @Anna-kp8hz 5 месяцев назад

    THANK YOU

  • @Lenox-k7g
    @Lenox-k7g 7 месяцев назад

    My problem is fully solved. Thanks.

  • @KaileeHughes-u5q
    @KaileeHughes-u5q 8 месяцев назад

    How do I find SummationX Squared?

  • @rahrealofficial
    @rahrealofficial 10 месяцев назад

    Clearily and understandable

  • @latinrenaissance4
    @latinrenaissance4 11 месяцев назад

    I finally understand, thank you!

  • @mikamika8071
    @mikamika8071 11 месяцев назад

    Very clear and helpful, thank you so much

  • @IntellectualBamboo
    @IntellectualBamboo Год назад

    ur a beast dawg, explained it hella well, btw where are you from cuz we got this course at york too so m j wondering if u got it from there

  • @AppleJackDarkSpeed
    @AppleJackDarkSpeed Год назад

    im gonna be binging your channel through my stats class

  • @jenniferricafrente2978
    @jenniferricafrente2978 Год назад

    Would have been way easier to follow had you plugged in the actual numbers.

  • @uma463_2
    @uma463_2 Год назад

    Hello sir, Why aren't you uploading more videos? The way you teach is really awesome, it is very easy to understand when you teach. Very calm and patient teacher you are.

    • @work4120
      @work4120 Год назад

      Thank you Uma. I will add more videos. What would you like to see me cover? Perhaps I’ll be able to post that here

    • @uma463_2
      @uma463_2 Год назад

      ​​@@work4120Actually i have a Statistics University exam on 1st May(the coming Monday) and suprisingly your channel has almost all my course topics already been uploaded but i didn't find probability sums, if that is possible can you please upload probability sums here? I have some practice sums given by my professor but i am having a hard time to be able to solve them. If i mention those practice sums here, can you please upload a video of them, if that is possible?

    • @uma463_2
      @uma463_2 Год назад

      Practice sums of probability: 1.(A) The weights of 10-year-old girls are known to be normally distributed with a mean of 70 pounds and a standard deviation of 13 pounds. Find the percentage of 10-year-old girls with weights between 60 and 90 pounds. 1.(B) Find the 60th percentile for the weight of 10-year-old girls given that the weight is normally distributed with a mean 70 pounds and a standard deviation of 13 pounds. ANSWERS: z = (-0.77 and 1.54); probability is 71.76. 2. Scores on a particular test are normally distributed with a standard deviation of 4 and a mean of 30. What is the probability of anyone scoring less than 40. ANSWERS: z = 2.5; p= 99.38. 3. Annual salaries for a large company are approximately normally distributed with a mean of $50,000 and a SD of $20,000. What percentage of company workers may under $40,000? ANSWERS: z = -0.5; p = 30.85%. 4. 1Q scores have a normal distribution with a mean of 100 and a standard deviation of 15. What percent of people have an IQ above 1207. ANSWERS: z = 1.33; p= (9.18%). 5. The amount of time a student taking statistics spends on studying for a test is normally distributed. If the average time spent studying is 12 hours and the standard deviation is 4 hours, what is the probability that a student will spend more than 8 hours studying? ANSWERS: z = 0.8413; p = 84.13% 6. Scores on a history test have average of 80 with standard deviation of 6. What is cut off score that encompasses the middle 75% of the distribution 7. The temperature is recorded at 60 airports in a region. The average temperature is 67 degrees Fahrenheit with standard deviation of 5 degrees. At what given temperature, will there will be a probability of temperature be recorded getting below 15% 8. A group of friends compares what they received while trick or treating. They find that the average number of pieces of candy received is 43, with standard deviation of 2. If a child has more than 32% probability of getting a candy, what is least amount of candy they require. So sorry sir to trouble you. But it will be very very helpful if you upload a video of these.

  • @bizcuitedits8941
    @bizcuitedits8941 Год назад

    thanks boi

  • @thubelihlekupa3339
    @thubelihlekupa3339 Год назад

    Great explanation,, I'm curious what is app/software you use for your black board?

  • @thedrawingcenter530
    @thedrawingcenter530 Год назад

    🙈♥️👀 thankew sir

  • @aberiacynajahlemv.11stem-26
    @aberiacynajahlemv.11stem-26 Год назад

    What does "below the mean" means? The x is given and standard deviation but the mean is not. I mean how to find that?

  • @chillwithfafa
    @chillwithfafa Год назад

    Thanks for this video man. It helped me figure out how to do my homework work…

  • @metal_affairs
    @metal_affairs Год назад

    this is the first time I don't see PEMDAS

  • @sheep8408
    @sheep8408 Год назад

    Really helped. Thanks a lot

  • @angelicaoyando557
    @angelicaoyando557 Год назад

    ❤️

  • @sisisisi9416
    @sisisisi9416 2 года назад

    thanks!

  • @1Laday
    @1Laday 2 года назад

    How do you square ex?

  • @GuilhermeMendesG
    @GuilhermeMendesG 2 года назад

    Great explanation, thanks!

  • @zekariyaseshetu3315
    @zekariyaseshetu3315 2 года назад

    It is a poor presentation and not attractive.

    • @bijoux873
      @bijoux873 8 месяцев назад

      If I had a nickle for every time I heard that

    • @killerzero8172
      @killerzero8172 29 дней назад

      Easy to say.

  • @theTchild
    @theTchild 2 года назад

    Very well explained ,,, short , precise and detailed

  • @gabiba4783
    @gabiba4783 2 года назад

    Thanks so much for this tutorial! Much needed!!!

  • @jeysilinalejo1160
    @jeysilinalejo1160 2 года назад

    how to find the total frequency

  • @jairahandrecio7052
    @jairahandrecio7052 2 года назад

    Thankyou

  • @BeIieveInMyLife
    @BeIieveInMyLife 2 года назад

    What is Percentile rank of 3.0 ? Thank you

    • @Erica-yu6jw
      @Erica-yu6jw 2 года назад

      I think he just explained the equal to or less than using the percentile rank, so that would still be 3.5, I could be wrong tho..

    • @BeIieveInMyLife
      @BeIieveInMyLife 2 года назад

      @@Erica-yu6jw i think 3.0 = Percentile rank 76.78%. (20+1.5)/28*100 i’m not sure.

  • @rich_doddy3952
    @rich_doddy3952 2 года назад

    thanks this is helpful

  • @plttji2615
    @plttji2615 2 года назад

    Thank you for the video, can you help me how to prove that is unbiased in this question? Question: Compare the average height of employees in Google with the average height in the United States, do you think it is an unbiased estimate? If not, how to prove it is not mathced?

  • @clarinh.cortes4832
    @clarinh.cortes4832 2 года назад

    Thank you so much !

  • @shironekoh5109
    @shironekoh5109 3 года назад

    Thank you

  • @nicolejanedordas5032
    @nicolejanedordas5032 3 года назад

    Thank you so much for this.

  • @r.k.justus3616
    @r.k.justus3616 3 года назад

    Great!

  • @r.k.justus3616
    @r.k.justus3616 3 года назад

    Awesome thanks 😊

  • @r.k.justus3616
    @r.k.justus3616 3 года назад

    Very cool description

  • @r.k.justus3616
    @r.k.justus3616 3 года назад

    Wonderful description TY ❤❤👌👍👏👏

  • @ohjohnushouldnthave
    @ohjohnushouldnthave 3 года назад

    i have to give major props to you for your clear and concise explanation. The text I am using is not not very clear as to the distinction between percentile and percentile rank. Good teaching! Thank you!

  • @shakilanasrin9143
    @shakilanasrin9143 3 года назад

    I feel Your teaching process is really fantastic.

  • @Sprizys
    @Sprizys 3 года назад

    How would I do this from a histogram? I don't have the original data set just the histogram and I need to calculate sigma x

  • @isaiahlozano5301
    @isaiahlozano5301 3 года назад

    Finally, someone that is straight to the point and that isn't speedy Gonzales

  • @RuelandAlbe
    @RuelandAlbe 3 года назад

    Hi, how do you get the 100% result score on the frequency distribution table in getting the cf?

  • @Atlas-ck9vm
    @Atlas-ck9vm 3 года назад

    That was a really concise explanation. Thanks

  • @mitchell9169
    @mitchell9169 3 года назад

    best explanation on youtube

  • @hisetenespanolbysara6556
    @hisetenespanolbysara6556 3 года назад

    Sound is terrible, too low.