Question 1

Will this help with my 9th grade Algebra I homework?

Accepted Answer

Yes. Find the TEKS standard in the topic list, watch the video lesson, then practice similar problems. Each lesson covers exactly what Texas schools teach.

Question 2

How long are the Algebra I video lessons?

Accepted Answer

Most lessons are 5-15 minutes. They're broken into short segments you can pause and replay. Watch one topic or review multiple topics in one session.

Question 3

Is there a STAAR test for Algebra I?

Accepted Answer

Yes. Texas requires the STAAR Algebra I End-of-Course exam. StudyPug covers all tested topics including linear functions, quadratics, and exponentials.

Question 4

Can I use StudyPug on my phone or tablet?

Accepted Answer

Yes. StudyPug works on computers, tablets, and phones. Watch video lessons and practice problems anywhere with internet access.

Question 5

Can I try StudyPug before paying?

Accepted Answer

Yes. You can explore topics and watch sample lessons free. Subscribe when you're ready for full access to all Algebra I content.

Question 6

Does this cover systems of equations and inequalities?

Accepted Answer

Yes. StudyPug has complete coverage of systems of linear equations, graphing solutions, and solving systems algebraically and graphically.

Question 7

Will this help me understand quadratic functions?

Accepted Answer

Yes. Learn to graph quadratics, find vertex and key features, solve by factoring, use quadratic formula, and apply to real-world problems.

Question 8

Is polynomial factoring covered?

Accepted Answer

Yes. StudyPug teaches adding, subtracting, multiplying polynomials, factoring trinomials, difference of squares, and simplifying expressions.

Texas 9th Grade Algebra I Curriculum

Video lessons and practice for every 9th grade Algebra I topic. Aligned to TEKS standards. Watch lessons on linear equations, quadratic functions, exponential growth, and polynomial operations.

Texas 9th Grade Algebra I Curriculum | StudyPugHelp

Write linear equations in two variables in various forms, given one point and the slope and given two points