A Bundle is already in your cart
You can only have one active bundle against your account at one time.
If you wish to purchase a different bundle please remove the current bundle from your cart.
You have unused credits
You still have credits against a bundle for a different licence. Once all of your credits have been used you can purchase a newly licenced bundle.
If you wish to purchase a different bundle please use your existing credits or contact our support team.
exclusive
@Randall Spence
12:39
Practice tutorial question on Motion ( Calculating Vertical velocity of a Stone ).
Learning Objectives:
1. Understand the concept of vertical velocity in motion.
2. Apply the formula for calculating vertical velocity.
3. Solve practice problems related to calculating vertical velocity.
This lesson will focus on understanding and calculating vertical velocity using a simple formula. In the case of vertical motion, the acceleration due to gravity is always acting downwards and is approximately 9.8 m/s².
Students will be encourage to ask questions and clarify any doubts during the process.
The key points will be discussed during the lesson, including the formula for calculating vertical velocity and the significance of initial velocity.
Categories
From the blog
Stories not Stock: 3 Reasons Why You Should Use UGC Instead of Stock Video
Video content is an essential part of a brand’s marketing strategy, and while stock footage has been a reliable go-to in the past, forward-thinking companies are looking to user-generated content for their video needs.
View post
