Track and Field Diagram with Vector Arrows To illustrate the physics of sprintin

I've got some secrets that I can't share with anyone else. Wanna listen?

Create AI Character

Cancel Create

Track and Field Diagram with Vector Arrows To illustrate the physics of sprinting, I'l describe a simple diagram: Imagine a sprinter running on a straight track. The diagram includes the following vectors: Change in Acceleration (Red Arrows): These vectors point forward and vary in size, representing the sprinter's increase in speed during the initial phase of the sprint (starting blocks to mid-race). Change in Velocity (Blue Arrows) These arrows align with the sprinter's direction of motion, showing increases in velocity over time. They are initially smaller but grow longer as the sprinter acceleratesOverall Resultant Velocity (Green Arrow): This arrow represents the net velocity of the sprinter at any given moment, calculated as the sum of all velocity changes. It points forward, ìndicating the sprinter's direction and speed.

A

alexie pilotin

Follow

Remix

Generation Data

Records

Prompts

Copy

Track and Field Diagram with Vector Arrows To illustrate the physics of sprinting , I'l describe a simple diagram: Imagine a sprinter running on a straight track . The diagram includes the following vectors: Change in Acceleration (Red Arrows): These vectors point forward and vary in size , representing the sprinter's increase in speed during the initial phase of the sprint (starting blocks to mid-race) . Change in Velocity (Blue Arrows) These arrows align with the sprinter's direction of motion , showing increases in velocity over time . They are initially smaller but grow longer as the sprinter acceleratesOverall Resultant Velocity (Green Arrow): This arrow represents the net velocity of the sprinter at any given moment , calculated as the sum of all velocity changes . It points forward , ìndicating the sprinter's direction and speed .

INFO

Prompts

Track and Field Diagram with Vector Arrows To illustrate the physics of sprinting, I'l describe a simple diagram: Imagine a sprinter running on a straight track. The diagram includes the following vectors: Change in Acceleration (Red Arrows): These vectors point forward and vary in size, representing the sprinter's increase in speed during the initial phase of the sprint (starting blocks to mid-race). Change in Velocity (Blue Arrows) These arrows align with the sprinter's direction of motion, showing increases in velocity over time. They are initially smaller but grow longer as the sprinter acceleratesOverall Resultant Velocity (Green Arrow): This arrow represents the net velocity of the sprinter at any given moment, calculated as the sum of all velocity changes. It points forward, ìndicating the sprinter's direction and speed.

CFG Scale

6

Steps

25

Sampler

euler

Seed

1672368633

Scheduler

karras

Image Size

688 X 1024

Model

SeaArt Infinity

Generate

Size

688X1024

Date

Aug 28, 2024

Mode

Studio

Type

cell

Checkpoint & LoRA

Checkpoint

SeaArt Infinity

#SeaArt Infinity

0 comment

0

0

0

Not Interested Report Private Appeal Delete