Showing results for "The Physics of Cricket" in All Categories

WILLIAM HILL SPORTS BOOK OF THE YEAR AWARD SHORTLISTED 2025 'Wonderfully wide-focused, unfailingly readable and laced with passages of insightful analysis, Tim Wigmore's history of test cricket is a true tour de force.' David Kynaston 'Much more than simply a history of Test cricket, this is a...

The iconic captain Brendon McCullum, England's T20 visionaries Eoin Morgan and Jos Buttler and Trinidad's Kieron Pollard and Sunil Narine, who rose to become among the first T20 millionaires, explain how they shaped T20 - and how it shaped them. Test greats Rahul Dravid and Ricky Ponting recount what a sea-change T20 represented and decode T20 strategy. AB de Villiers explores the limits of modern batting. Venky Mysore, the cricket revolutionary you have never heard of, reveals how the game is changing off the field.

Do you know why monsters always glow in your favorite science fiction stories? Well, real-life science and physics can explain why this happens! Learn how radiation, atoms, and the sonic boom interact with one another to create this mysterious blue glow named, Cerenkov radiation, by particle physicists. Science fiction can sometimes become reality!

'A wonderful memoir . . . richly insightful, and deeply moving' - Ramachandra Guha 'A fascinating and insightful read.' - Vir Sanghvi 'Delightful... A wonderful read.' - Pritish Nandy Eminent journalist Pradeep Magazine's memoir is a story of lived, real experiences, of joy, sorrow, fear, loss...

Have you ever ridden a roller coaster? They’re a lot of fun, but a lot of physics is involved in making those rides work. The momentum built up by energy and speed keep those trains on their tracks and riders in their seats, even when they’re upside-down!

See how the science of physics is utilized not only in the kitchen, but also around the house on a daily basis. Simple machines are everywhere! From brooms and rolling pins to lightbulbs and window blinds, basic everyday kitchen items transform into scientific concepts such as screws, levers, ramps, and wedges!

Why does a baseball travel much faster when hit with a bat than if pitched? Learn how force is applied in this fun experiment! Using a marker, a ruler, and a can, you can perform your own lever experiments. You'll understand the power of weight, such as how a balance beam operates, but on a smaller scale, while learning about the science behind balance.

Will an orange float or sink in water? Are heavier objects able to float in water versus lighter objects? Learn about the density of materials and how water affects the objects! Make your own scientific discoveries and expand your knowledge by conducting your own experiments with water.

What does it take to fuel a rocket to space? Rocket scientists use hydrogen and liquid oxygen, but could anti-matter engines and black-hole drives fuel our spacecraft of the future?

Sam's mother shows him how the primary colors of light and the primary colors of pigment are different with a series of ingenious experiments.

If you throw a ball up while riding your bike, it does not go backward! Why is that?

Isaac Newton did not discover gravity; people had noticed it before! But he did figure out the rules for how it works.