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Firdaus F

TUTOR
Joined Jan 2021 · She/Her · 4:25 AM Local

Upcoming Sessions

Firdaus isn't hosting anything soon, but you can follow them to get updates on future sessions.

Past Sessions

7 Series

Programming using Python, and Introduction to data analysis and database

    Ended Sun, Aug 20, 2023

Pure Python Programming, data analysis using MS excel, SQL

Firdaus F

Series ended.

score range · 200 - 490

Math for the June 2022 SAT

    Tuesdays 2:00 AM, Thursdays 2:00 AM

I am an IT professional and an Educator. I am also the founder of an Educational Institute named 'Bedrock4AI'. Math is one of my favorite subjects. I have experience tutoring Math for various exams including SAT, PSAT, Subject SAT, IB/Cambridge/CBSE/ICSE boards This three-week tutoring series will help you prepare for the upcoming June SAT in Math. By the end of the series, you will have completed multiple practice tests and worked through a number of problems from previous SATs, helping you build confidence for your upcoming exam. You’ll spend each session with me and a small group of other learners who are also working towards taking the SAT in June. Since it’s a small group, you can expect sessions to be very interactive as you work together towards improving your SAT skills as much as you can! Note: Cameras should be on so we can all get to know each other! If you have a specific reason why you can’t have your camera on, please notify me ahead of time.

Firdaus F

Series ended.

24 Sessions

Computer Science · session

Computer Science

This session is to help a learner with C++ code questions. This is a follow up session to : https://schoolhouse.world/session/64583 We are working on a file handling code in C++. We completed the high level program structure in the previous session, and will be filling up the code for finer requirements in this and subsequent sessions(incase there is need for further sessions). Those who missed previous session, Taha and I can do a recap for you in this session, and then work further on the code.

Firdaus F

0
Session ended.

Computer Science · session

Computer Science

This session is to help a learner with C++ code questions. This is a follow up session to : https://schoolhouse.world/session/64583 We are working on a file handling code in C++. We completed the high level program structure in the previous session, and will be filling up the code for finer requirements in this and subsequent sessions(incase there is need for further sessions). Those who missed previous session, Taha and I can do a recap for you in this session, and then work further on the code.

Firdaus F

0
Session ended.

Computer Science · session

Computer Science

This session is to help a learner with C++ code questions.

Firdaus F

1
Session ended.

Algebra 1 · session

Linear equations & graphs

python programming

Firdaus F

0
Session ended.

Physics · session

Physics

CBSE Grade 9 to 11 Motion: Distance and displacement, velocity; uniform and non-uniform motion along a straight line; acceleration, distance-time and velocity-time graphs for uniform motion and uniformly accelerated motion, derivation of equations of motion by graphical method; elementary idea of uniform circular motion.

Firdaus F

9
Session ended.

Algebra 1 · session

Quadratic functions & equations

SUMMIT — This session is intended for Summit students; however, anyone may join. "Quadratic Equations -Work fluently between multiple representations of quadratics and identify properties based on the algebraic representations. -Recognize ""difference of squares"" and ""perfect square"" trinomials. -Solve quadratic equations by factoring. -Solve quadratic equations by completing the square."

Firdaus F

0
Session ended.

Physics · session

AP Physics

AP Physics 1, "Vectors" Level: Introductory This session and the future sessions that I will be creating on AP physics 1 are for anyone who is beginning to prepare for the AP Physics 1 exam. Each session will target a specific unit from the AP Physics 1 syllabus. We might have 2 or 3 sessions for a few of the units, as required. This session would cover the topic "Vectors" . 2 Dimensional vector algebra is a prerequisite to most of the AP physics 1 units. We will use this session to understand what vectors are, vector algebra and, practice problems( both multiple-choice questions and free-response questions)

Firdaus F

3
Session ended.

Algebra 1 · session

Exponential growth & decay

SUMMIT — This session is intended for Summit students; however, anyone may join. "Exponential Functions -Work fluently between multiple representations of exponential functions -Represent and solve problems involving exponential growth and decay"

Firdaus F

2
Session ended.

Algebra 1 · session

Exponential growth & decay

SUMMIT — This session is intended for Summit students; however, anyone may join. "Exponential Functions -Work fluently between multiple representations of exponential functions -Represent and solve problems involving exponential growth and decay"

Firdaus F

0
Session ended.

Statistics · session

Exploring two-variable quantitative data

SUMMIT — This session is intended for Summit students; however, anyone may join. Two-Variable Statistics - Interpret the correlation coefficient of a linear fit -Fit a linear function for a scatter plot that suggests a linear association -Interpret the slope and y-intercept of a linear model in the context of the data

Firdaus F

0
Session ended.

Statistics · session

Exploring two-variable quantitative data

SUMMIT — This session is intended for Summit students; however, anyone may join. "Two-Variable Statistics Interpret the correlation coefficient of a linear fit Fit a linear function for a scatter plot that suggests a linear association Interpret the slope and y-intercept of a linear model in the context of the data"

Firdaus F

0
Session ended.

SAT® Prep · session

SAT Math

Continuation to my previous session on SAT Math: Linear and Quadratic Equations We will practice SAT Math Questions along with concept discussion on the following topics: System of Linear Equations and Quadratic functions Please attempt the following questions from the attached practice paper, before joining the class https://drive.google.com/file/d/1Ua1YkQcy1eJZMzKECdzY8c6z-UXJPAf0/view?usp=sharing section 3: Q 1, 2,3, 4, 7,8, 9,11,12,13,14,15,17,18,19 (We covered upto Q 11 in previous session) Section 4: Q 3, 4, 8, 9, 10,12, 16, 18, 20, 21, 27, 33, 34 Agenda: Discuss concepts, tips, and tricks for quickly solving questions on Quadratic Equations. Practice specific questions from Section 3 (practice paper above)

Firdaus F

1
Session ended.

SAT® Prep · session

SAT Math

We will practice SAT Math Questions along with concept discussion on the following topics: System of Linear Equations and Quadratic functions

Firdaus F

3
Session ended.

Statistics · session

Exploring one-variable quantitative data: Summary statistics

SUMMIT — This session is intended for Summit students; however, anyone may join. In the previous session, we had a discussion on the "Whys" and "Whats" why do we need to measure central tendency and dispersion, and we did practice questions on the central tendency. In this session, we will start with a quick recap of the above and learn more about box plots, quartiles, outliers, interquartile range, comparing different box plots.

Firdaus F

0
Session ended.

SAT® Prep · session

SAT Math

We will practice SAT Math Questions along with concept discussion on the following topics: System of Linear Equations and Quadratic functions

Firdaus F

1
Session ended.

Statistics · session

Exploring one-variable quantitative data: Summary statistics

SUMMIT — This session is intended for Summit students; however, anyone may join. Session Objectives: One-variable Statistics -Represent and interpret data with dot plots, box plots, and histograms -Use the mean, median, and interquartile range of data sets to compare data sets. -Interpret differences in shape, center, and spread in the context of data sets

Firdaus F

1
Session ended.

Algebra 2 · session

Polynomial graphs

SUMMIT — This session is intended for Summit students; however, anyone may join. Session Objectives: -Rewrite polynomials in equivalent forms -Identify the general shapes and x-intercepts of the graphs of polynomial functions -Work fluently between multiple representations of polynomial functions"

Firdaus F

1
Session ended.

Physics · session

Physics

In continuation to our previous discussions, we will do concept and numerical questions on Forces, Density, Pressure, mass, weight --------------------------------------------------------------------- I will be conducting Physics discussions based on the International baccalaureate MYP 4 & 5 syllabi, starting 18th Feb 2021 to 3rd March 2021. [P.S. The session might get extended to an hour if required. Please plan accordingly] mixed practice on the following topics: Forces and energy (forces and effects of forces; forces and motion, speed, motion graphs, Newton’s laws; density; pressure; momentum; work and power, KE, PE efficiency; gravity and gravitational fields)

Firdaus F

4
Session ended.

Physics · session

Physics

Concept of Density, pressure, mass, weight In accordance with IGCSE and MYP Grade 9 and Grade 10 syllabi We will discuss the concepts in-depth and practice questions. You will need a paper and pen for the practice questions This is a series of sessions covering International Baccalaureate MYP 4 & 5/IGCSE ( Grade 9 and Grace 10) physics. The series of sessions are also being conducted at IST evening slots. The morning IST slot is intended to make it convenient for students in the PST time zone and upon request from a homeschooled student in the IST time zone.

Firdaus F

2
Session ended.

Physics · session

Physics

I will be conducting Physics discussions based on the International baccalaureate MYP 4 & 5 syllabi, starting 18th Feb 2021 to 3rd March 2021. [P.S. The session might get extended to an hour if required. Please plan accordingly] mixed practice on the following topics: Forces and energy (forces and effects of forces; forces and motion, speed, motion graphs, Newton’s laws; density; pressure; momentum; work and power, KE, PE efficiency; gravity and gravitational fields)

Firdaus F

0
Session ended.

Physics · session

Physics

I will be conducting Physics discussions based on the International baccalaureate MYP 4 & 5 syllabi, starting 18th Feb 2021 to 3rd March 2021. [P.S. The session might get extended to an hour if required. Please plan accordingly] mixed practice on the following topics: Forces and energy (forces and effects of forces; forces and motion, speed, motion graphs, Newton’s laws; density; pressure; momentum; work and power, KE, PE efficiency; gravity and gravitational fields)

Firdaus F

4
Session ended.

Physics · session

Physics

I will be conducting Physics discussions based on the International baccalaureate MYP 4 & 5 syllabi, starting 18th Feb 2021 to 3rd March 2021, with session timings as follows: Monday to Thursday: 9 to 9:40 PM IST/7:30 AM to 8:10 AM PST Friday & Saturday: 7PM to 7:40PM IST [P.S. The session might get extended to an hour if required. Please plan accordingly] 18th and 19th Feb 2021, mixed practice on the following topics Forces and energy (forces and effects of forces; forces and motion, speed, motion graphs, Newton’s laws; density; pressure; momentum; work and power, KE, PE efficiency; gravity and gravitational fields)

Firdaus F

0
Session ended.

Physics · session

Physics

I will be conducting Physics discussions based on the International baccalaureate MYP 4 & 5 syllabi, starting 18th Feb 2021 to 3rd March 2021, with session timings as follows: Monday to Thursday: 9 to 9:40 PM IST/7:30 AM to 8:10 AM PST Friday & Saturday: 7PM to 7:40PM IST [P.S. The session might get extended to an hour if required. Please plan accordingly] 18th and 19th Feb 2021, mixed practice on the following topics: Forces and energy (forces and effects of forces; forces and motion, speed, motion graphs, Newton’s laws; density; pressure; momentum; work and power, KE, PE efficiency; gravity and gravitational fields)

Firdaus F

0
Session ended.

Algebra 1 · session

Solving equations & inequalities

The linear function, f(x) = mx + c, its graph, gradient and y-intercept Parallel and perpendicular lines and the relationships between their gradients System of Linear Equations (Types of solutions)

Firdaus F

1
Session ended.

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