diff --git a/src/content/tutorials/en/intro-to-p5-strands.mdx b/src/content/tutorials/en/intro-to-p5-strands.mdx
index acabc7b224..2179d13891 100644
--- a/src/content/tutorials/en/intro-to-p5-strands.mdx
+++ b/src/content/tutorials/en/intro-to-p5-strands.mdx
@@ -24,11 +24,11 @@ import Callout from "../../../components/Callout/index.astro";
 
 ## Introduction
 
-**p5.strands** is a new way of writing shaders using JavaScript in p5.js. While many shader effects *could* be created with the p5.js 2D renderer, shaders are best for applying complex effects to many objects. What creative possibilites can you find in Like any medium, shaders also offer their own creative possibilities!
+**p5.strands** is a new way of writing shaders using JavaScript in p5.js. While many shader effects *could* be created with the p5.js 2D renderer, shaders are best for applying complex effects to many objects. Like any medium, shaders also offer their own creative possibilities!
 
 Before p5.js 2.0, you could already use [GLSL](https://beta.p5js.org/tutorials/intro-to-glsl/) to write shaders. Shaders run in parallel on the GPU to create visual effects. The GPU can run many similar operations in parallel, much more quickly than the CPU.
 
-When you write a p5.js sketch, you are giving the CPU a sequence of instructions. When you add a shader - using p5.strands or GLSL - you are giving instructions to the GPU to run many times at once, simultanously. For example, in a fragment shader, that means many simultaneous calculations for each pixel.
+When you write a p5.js sketch, you are giving the CPU a sequence of instructions. When you add a shader - using p5.strands or GLSL - you are giving instructions to the GPU to run many times at once, simultaneously. For example, in a fragment shader, that means many calculations for each pixel.
 
 Drawing to the screen (rendering) can take advantage of parallel operations. Shaders make it possible to create visuals that would otherwise be too slow or difficult, like realistic lighting simulations, post processing effects, and rendering complex geometries. Learning shaders is valuable for anyone interested in graphics programming. This could be for game development, VFX for films, or for any kind of digital arts. It's also a fun and unique way to think using computers.