My Activity Tracking
84
kms
My target 60 kms
I'm supporting cancer research and prevention with Can Too Foundation.
1 in 3 women and 1 in 2 men will be diagnosed with cancer in their lifetime. This means that potentially someone we love may have to battle cancer, and that's a statistic that needs to change.
So I asked myself, "what can I do to help?" That's where the Can Too Foundation came in! Can Too provides professionally coached training programs for participants of any fitness level to run, swim and cycle their way to a healthier lifestyle and a cancer-free world.
In return, I am raising valuable funds that go towards innovation in the prevention, care, and control of cancer. Since 2005, Can Too Foundation has trained over 22,000 participants and raised over $30,000,000 to invest in over 150 cancer research grants.
It would be fantastic if you could sponsor me, or even better join me in a program!
Thank you for your support!
Thank you to my Sponsors
$760
9-time Olympic Champion Mark Spitz
$150
Anonymous
Hi Gina, Glad to hear you’re up to big challenges, both for yourself and others.
$100
Dave And Luis Gutierrez Wanless
$69
Moose
I do not care for the Philly Phanatic.
$50
Gina Bolton
$50
Sandy Fitter
Well done Gina!
$50
Bree Denton
Hey Gina, get the guns out & power onπ…… think of the cold beer at the end
$50
Lynette Sujanto
$50
Christian Rathing
Lass es krachen!;) π₯³
$50
Jessica Koeu
Good work Gina!
$50
Victoria Wang
$50
Jessica Sharp
Go Gina! πͺ
$40
Sam Scrimshaw
$40
Shana Marino
$20
Mel Lee
Good luck Gina!
$20
Emma Watson
$20
Excellent catching up with you! Newton's laws of swimming: Among the most fundamental rules of physics, these three basic principles are enough to explain completely the movement of almost every single object you're ever likely to come across. The first law outlines the concept of inertia. It says that things stay still or move steadily (at the same speed) unless something pushes or pulls them (unless some kind of a force is applied). The second law explains the connection between force and acceleration: if you push or pull something, it starts moving (if it was still to begin with) or goes faster (if it was moving already); the bigger the force you apply, the more acceleration you get; the longer you apply the force, the bigger the change in momentum you can achieve. Where swimming is concerned, the third law is perhaps the most important. It says that when you apply a force to an object, the object returns the favor and applies an equal force to you—in the opposite direction. This law is often called action and reaction and it's the simplest way for a scientific non-swimmer to make sense of the water.