Worksheet has 18 questions that students are to answer negatively using nulle part. Corresponds to Bien Dit 3 chapter 6, but may be used with any textbook.
This powerpoint explicitly outlines the function of ‘ne … nulle part’ and other uses of this concept. There are good examples demonstrated in this presentation with follow up differentiated activities and also revises previously learnt negatives in French. This is ideal for learners of IGCSE French and AS/A2 level French.
Happy teaching and learning!
This is the first worksheet to examine the way of writing down scientific predictions in psychology. Please note, we would not yet have covered operationalising the variables or the direction of hypotheses. This is an EARLY worksheet
Complete BTEC Applied science level 3 lesson on the t-test. Easy to use and follow PowerPoint. Simplifying t-test for students with step by step worked calculations.
The accompanying workbook is aligned with the PowerPoint. It reinforces learning with exercises, ensuring students grasp the concepts independently.
Please note this is not a pure mathematics lesson on the t-test, so it does not go into detail on how it is derived.
**Suitable for T level technical qualification in science
Lesson objectives:
Define null hypothesis.
Calculate the t value.
Interpret the t value to accept or reject the null hypothesis.
PowerPoint contents:
Do now starter questions
Introduction to t-test, null hypothesis, critical value
Low stakes quizzing to check understanding
Application of knowledge (I DO, WE DO, YOU DO) - worked examples =
Exam style questions Plenary Full answers
Workbook contents:
Key notes
I DO - Worked teacher example
WE DO - Scaffolded example
YOU DO - Students work through independently
Exam style questions - Students apply learning
Head over to my store for more science resources.
All the best,
This test is a great way to assess your students on the following statistical tests:
student T- test
Chi-squared test
Simpson’s index of diversity
Standard deviation
Spearman’s rank correlation coefficient
All these statistical tests are fundamental in the new A-level biology specification, These test will allow you to see how confident your students are with applying the statistical tests and interpreting the calculated values.
UPDATE: A Statistical tests pack which includes all the statistical tests questions from OCR A-level biology has now been made, This also includes a mark-scheme. I have also included a front sheet which summarises the purpose of each test, examples, describing null hypothesis using examples, and when how to reject or accept null hypothesis. Print this off if you do not want to print the tests off separately!
This bundle contains detailed workpacks on;
-standard deviation
-the Chi- squared test (teaching how to use this statistical test with and without phenotypic ratios.
-the paired and unpaired Student’s t-test
-the Spearman’s rank correlation
For the Chi-squared, Student’s t test (paired and unpaired) and the Spearman’s rank correlation - each pack teaches you how to work through each stage, from stating the null hypothesis, carrying out the statistical test, finding a critical value, rejecting or accepting your null hypothesis and writing a conclusion.
Standard deviation - contains worked examples and questions on how to calculate it using the formula, a short cut way on how to use the STAT mode on your calculator and how to plot and interpret error bars.
All packs contain answers.
Complete BTEC Applied science level 3 lesson on Chi-squared test. Easy to use and follow PowerPoint. Simplifying standard deviation for students with step by step worked chi-squared calculations.
The accompanying workbook is aligned with the PowerPoint. It reinforces learning with exercises, ensuring students grasp the concepts independently.
Please note this is not a pure mathematics lesson on the chi-squared test, so does not go into detail on how it is derived.
Suitable for T level technical qualification in science
Lesson objectives:
Define null hypothesis.
Calculate the chi-squared value.
Interpret chi-squared value to accept or reject the null hypothesis.
PowerPoint contents:
Do now starter questions
Introduction to chi-squared test, null hypothesis, critical value
Low stakes quizzing to check understanding
Application of knowledge (I DO, WE DO, YOU DO) - worked examples
Independent task and exam style questions
Plenary
Full answers
Workbook contents:
Key notes
I DO - Worked teacher example
WE DO - Scaffolded example
YOU DO - Students work through independently
Exam style questions - Students apply learning
Head over to my store for more science resources.
All the best,
Adampo
This workpack will teach you the whole process from stating a null hypothesis, carrying out the statistical test, finding a critical value, rejecting or accepting the null hypothesis and writing a conclusion. There are worked examples and questions to practise with and without phenotypic ratios. Answers are also provided. This pack contains 23 pages.
This pack contains worked examples and problems for you to work through yourself. It will teach you the whole process from stating a null hypothesis, carrying out the statistical test, finding the critical value, rejecting or accepting a null hypothesis and writing a conclusion.
This workpack contains 23 pages
This contains worked examples of how to carry out a paired and unpaired Student’s t tests from stating a null hypothesis, carrying out the statistic, how to find a critical value, what that means, compare the critical value with the statistical value, reject or accept the null hypothesis and write a conclusion.
Questions to consolidate your understanding and answers are provided.
29 pages.
These PowerPoints form full lessons of work that together cover the new A level Maths course for all exam boards. Together all the PowerPoints include;
• A complete set of notes for students
• Model examples
• Probing questions to test understanding
• Class questions including answers
• Individual whiteboard work
• Links to exercises in ‘The Textbook by CGP’ these can easily be edited for your textbook
The PowerPoints can be used in the lesson and also given to students that have missed a lesson
I have added ‘AS level maths 13 – Circles’ for free download
Binomial hypothesis testing covers;
Understand and apply the language of statistical hypothesis testing, developed through a binomial model: null hypothesis, alternative hypothesis, significance level, test statistic, 1-tail test, 2-tail test, critical value, critical region, acceptance region, p-value
Conduct a statistical hypothesis test for the proportion in the binomial distribution and interpret the results in context
Understand that a sample is being used to make an inference about the population and appreciate that the significance level is the probability of incorrectly rejecting the null hypothesis
Please note: the sample in the photo is not the full resource - this is a comprehensive two-sided A4 summary sheet to help students with the difference in language between standard deviation and statistical tests. Covering key language for the examinations on: difference in means, overlap, different stats tests, null hypotheses, p values, probability and chance.
This is a summary sheet, it assumes students are already aware of how to choose which stats test to use.