Cricket (Sport)

Yes, cricket is played in Kenya and the country has a national team that competes in international competitions. Kenya has a rich cricketing history and has achieved success in various tournaments in the past.

The fastest ball bowled in the Cricket World Cup 2011 was by Brett Lee from Australia, who bowled at a speed of 153.6 km/h (95.4 mph) against India.

Maurice Odumbe led the Kenyan Cricket team as captain during the 1996 Cricket World Cup.

1.Mohammad sami - 164.o kph vs India

(Source : Wikipedia)

2. Shaun Tait - 161.1 kph vs England (2010)

3. Brett Lee - 160.8 kph vs New Zealand (2005)

4. Brett Lee - 160.7 kph vs England (World cup 2003)

5. Shaun Tait - 160.7 kph vs Pakistan (2010)

6. Jeff Thompson - 160.5 kph vs West Indies (1979)

7. Jeff Thompson - 160.4 kph vs India (1978)

8. Brett Lee - 160.3 kph vs South Africa (2001-02)

9. Brett Lee - 160.1 kph vs Sri Lanka (World Cup 2003)

Brett Lee - 160 kph + (4 times)

Shaun Tait - 160 kph + (2 times)

Jeff Thompson - 160 kph + (2 times)

Shoaib Akhtar - 160 kph + (1 time)

Shane Bond - 155 kph + (3 times)

Mohammed Sami - 155 kph + (2 times)

Dale Steyn - 155 kph + (2 times)

Lasith Malinga - 154 kph + (3 times)

Javagal Srinath - 154 kph + (2 times)

Steve Harmison - 154 kph + (2 times)

Nepal will play Test Matches Soon

The cricket ball has more inertia than the rubber ball because inertia is directly proportional to mass. The cricket ball is denser and heavier than the rubber ball, making it harder to change its state of motion.

When a cricket ball is projected vertically upward, the acceleration acting on the ball is gravitational acceleration directed downward. This causes the ball to slow down until it reaches the highest point of its trajectory, then it accelerates back downward due to gravity.

you figure this by saying 22yds.* 3ft. * 12inches=792= 792 inches ---- 1 * 1yd.* 1ft. = 1

The Melbourne Cricket Ground (MCG) in Australia is the largest cricket ground in the world by seating capacity, with a capacity of around 100,000 spectators. It is also one of the oldest and most iconic cricket grounds globally.

The record for the fastest 50 runs in cricket is held by AB de Villiers, who scored a 50 off 16 balls in a One Day International match against West Indies in January 2015.

Eden Garden, Kolkata, India in capacity (was 120,000 now reduced to 90,000) and Melbourne Cricket Ground (was 120,000+ now 100,000), Australia in area. MCG 174m x 149m, 100,000

Eden Gardens 148m x 144m 90,000

ANZ (Olympic) 167m x 146m 81,500

SCG 159m x 144m 46,000

The 'Gabba 168m x 146m 42,000

Lord's 159m x 129m 28,000

The Oval 148m x 142m

Old Trafford 144m x 140m

Edgbaston 146m x 143m

Wanderer's 154m x 130m 34,000

Yes, a moving cricket ball can exhibit wave properties due to its wave-particle duality as described by quantum mechanics. However, the wave behavior of a cricket ball would be extremely small and undetectable at macroscopic scales.

Bat speed in cricket is typically measured using specialized instruments like speed guns or radar guns. These devices calculate the speed at which the bat is moving when it makes contact with the ball. The faster the bat speed, the more power and force can be generated in the shot.

"Pb" is the chemical symbol for lead, a heavy metal element on the periodic table.

1. Brett Lee - 161.8 km/h vs West Indies (2001-02)

2. Shoaib Akhtar - 161.3 km/h vs England (2003 WORLD CUP)

3. Shaun Tait - 161.1 km/h vs England (2010)

4. Brett Lee - 160.8 km/h vs New Zealand 2005)

5. Brett Lee - 160.7 km/h vs England (2003 WORLD CUP)

6. Shaun Tait - 160.7 km/h vs Pakistan (2010)

7. Shoaib Akhtar - 160.4 km/h (2003 WORLD CUP)

8. Jeff Thomson - 160.4 km/h (1978)

9. Brett Lee - 160.1 km/h vs Sri lanka (2003 WORLD CUP)

6 balls to an over in cricket For further information on an 'Over' in cricket please refer to the following link: http://en.wikipedia.org/wiki/Over_(cricket)

A cricket ball swings in the air due to the interaction between its seam and the airflow around it. The seam disrupts the airflow on one side of the ball, creating a pressure difference that causes the ball to move towards the side with higher pressure, resulting in swing. Factors like the condition of the ball, the angle at which it is released, and the speed at which it is bowled also play a role in swing.

In cricket, Bernoulli's theorem can be applied to understand the physics of ball flight. It helps in analyzing the spin and swing of the ball, as well as the aerodynamics involved in delivering different types of balls such as in-swing, out-swing, or off-spin. Understanding Bernoulli's principle can also aid in predicting ball trajectories and optimizing bowling techniques.

The difference in frequency (60 Hz vs. 50 Hz) between the power systems in North America and other parts of the world originated from historical developments of their respective electrical grids. The choice of 60 Hz in North America was influenced by early power system designs and equipment standardization. Switching to a different frequency now would be costly and complex due to the extensive infrastructure built around the existing system.

For men's cricket, the ball must weigh between 5.5 and 5.75 ounces (155.9 and 163.0 g) and measure between 8 13/16 and 9 in (224 and 229 mm) in circumference. Balls used in women's and youth matches are slightly smaller.

It is difficult to provide an exact number, but women's cricket is growing globally with an increasing number of women and girls participating at all levels of the sport. The exact number of women playing cricket will depend on various factors such as geographical location, access to resources, and level of development of the sport in different countries.

In cricket, there are 11 players from each team on the field at the start of a match. This includes fielders, a bowler, and a wicketkeeper.

An average cricket ball can be bowled at speeds ranging from 70 to 90 miles per hour (113 to 145 kilometers per hour) by professional bowlers. However, some bowlers can generate speeds exceeding 95 miles per hour (153 kilometers per hour).

THE SCIENTIFIC NAME FOR A CRICKET IS GRULLUS SP.

"Goodbye" in Flemish is "tot ziens" or "vaarwel".