We can calculate the bullet's kinetic energy using the formula: E=12⋅m⋅v2E=21⋅m⋅v2 where: EE— Bullet's kinetic energy; mm— Mass of the bullet; and vv— Velocity of the bullet. The SI unit for bullet e
Use the calculator below to calculate the kinetic energy of a bullet. In order to determine the kinetic energy, you must know the velocity of the bullet and the weight of the bullet in grains. You may add items to the list on the right in order to create a bar graph comparing the ...
Q.2. A bullet of mass 10g moving with a velocity of 500m/s, strikes a tree and goes out from the other side with a velocity of 400m/s. Calculate the work done by the bullet (in joules) in passing through the tree. Ans: Given, Mass of the bullet, m=10g=0.01kg The initial ve...
Answer to: A baseball weighs 5.13kg. What is the kinetic energy, in joules, of this baseball when it is thrown by a major league pitcher at 95.0...
Wounding Capacity of a Bullet The capacity to injure depends on the amount of energy dissipated to the tissues as the bullet impacts and passes into the body. This depends on the velocity of the hurtling projectile and on other variables, such as its mass, shape, physical structure, behavior...
(University of Aberdeen,‘The Energy Trilemma’) Energy security is considered vital for a country’s social and economic development. Before the Ukraine war upended food and energy prices, two oil crises in the 1970s caused oil prices to soar, resulting in inflation and recession in several ...
Workis the result of converting one type of energy to another. It is also measured in joules. (See theWikipedia article on work.) Poweris the rate of work - the amount of work done, or energy produced, over a unit of time. It is measured in watts (symbol W). One watt is equal ...
to be this is going to be 32, and now we're going to have n again. So this is going to be 10 times R, which is 8.314 times the temperature that I just found, which is 291.6. When you work this out here, what you're going to get is an Einternal of 3.64 x 104 joules. Alr...
Substitute the given values in the equation of kinetic energy, we get K.E = (1/2) × 0.16 kg × (22.22 m/s)2 = 0.5 × 0.16 kg × 493.72 m2/s2 K.E = 39.49 Joule Hence, the kinetic energy of the ball is 39.49 joules.
Kinetic Energy Potential Energy Potential energy can be of further many types. Answer and Explanation:1 Kinetic Energy The type of mechanical energy possessed by an object by virtue of its motion. All the moving objects carry kinetic energy. The... ...