Copy of Pass the New York Algebra 1 Regents Without the All-Nighters
- qian58
- 4 hours ago
- 5 min read
Use our guide to get instant feedback on every step so you see your mistakes and fix them before the exam.
You're probably doing algebra the hard way
You solve a problem, check the answer key, and realize you got it wrong. But you don't know why, and you wasted 10 mins without learning anything.
This page is different. As you solve, our AI tells you if each line is correct or not. So you catch mistakes while you're practicing, not after.
Watch: type a step and moment.of.math checks it instantly. Green means you're on track. Red means something is off.
Preparing for the New York Algebra 1 Regents can feel overwhelming. There's a lot of material to cover, and it's not always easy to know where to start. We are cutting through the noise with clear, practical strategies organized around the six topics that show up on every exam. Work through each section, try the practice problems, and head into test day with real confidence.
The 6 Topics You Need to Know
The Algebra 1 Regents is very passable and with the right practice, you can do better than just pass. This guide covers the six major topics that appear on every exam, using real problems pulled from past Regents tests. What sets this guide apart: you don't just review, you actually try each problem right here on the page, get instant feedback on your work, and see exactly where you need to improve. That's how you build real understanding.
Scroll down for practice problems and links for deeper help on each topic.
Linear Equations
Take a look at this example below (and delete the lines if you want to try it yourself). If you need more help, click the link below the box.
Problem: Solve for x: 3x + 5 = 20
Goal: Get numbers on one side and x on another.
+5 is on x's side — subtract it from both sides.
3 is still on x's side — divide both sides by 3.
x is alone. All done!
If you found this scratchpad helpful, get our Chrome extension to use it with almost any algebra problem!
Systems of Equations
Take a look at this example below (and delete the lines if you want to try it yourself). If you need more help, click the link below the box.
Problem: Problem: Solve the system of equations:
y = 2x
x + y = 12
Y is already isolated in equation (1), so we know y = 2x. Anywhere we see y in equation (2), we can replace it with 2x — now equation (2) only has x in it, which we can solve.
Now that we know x = 4, we can substitute it back into either equation. We now have only one unknown left (y), so we can isolate it and solve.
If you found this scratchpad helpful, get our Chrome extension to use it with almost any algebra problem!
Reading and Interpreting Functions
Take a look at this example below (and delete the lines if you want to try it yourself). If you need more help, click the link below the box.
Problem: Marcus is saving money. He starts with $40 and saves $15 every week. The total amount he has saved after x weeks is modeled by y = 40 + 15x.
(a) How much money did Marcus start with? (b) How much does he save each week? (c) How much will he have after 6 weeks?
This box is interactive. You can delete lines and try them yourself.
It also checks your work in real time. See what happens if you change some of the math lines.
If you found this scratchpad helpful, get our Chrome extension to use it with almost any algebra problem!
Quadratics
Take a look at this example below (and delete the lines if you want to try it yourself). If you need more help, click the link below the box.
Problem: Solve by factoring: x² − 5x + 6 = 0
This box is interactive. You can delete lines and try them yourself.
It also checks your work in real time. See what happens if you change some of the math lines.
If you found this scratchpad helpful, get our Chrome extension to use it with almost any algebra problem!
Exponents and Compound Interest
Take a look at this example below (and delete the lines if you want to try it yourself). If you need more help, click the link below the box.
Problem: A population of bacteria doubles every hour starting from 500. Which equation gives the population y after x hours?
(1) y = 500 + 2x (2) y = 500 × 2^x (3) y = 2 × 500^x
This box is interactive. You can delete lines and try them yourself.
It also checks your work in real time. See what happens if you change some of the math lines.
If you found this scratchpad helpful, get our Chrome extension to use it with almost any algebra problem!
Statistics
Take a look at this example below (and delete the lines if you want to try it yourself). If you need more help, click the link below the box.
Problem: In a class of 30 students, 18 prefer math and 12 prefer English. Of the students who prefer math, 10 are in 9th grade and 8 are in 10th grade.
What percentage of the students who prefer math are in 10th grade?
This box is interactive. You can delete lines and try them yourself.
It also checks your work in real time. See what happens if you change some of the math lines.
If you found this scratchpad helpful, get our Chrome extension to use it with almost any algebra problem!
Catch your algebra mistakes before they cost you
The scratchpad in this guide runs on moment.of.math — a free Chrome extension that checks your algebra line by line, on any problem. It can generate new variations problems, so you can get as much practice as you need. On many homework sites, it automatically detects the math on the page, so you don't have to copy anything over. Try it on tonight's homework.
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