The official softball is a smooth-seam ball 12 inches in circumference, weighing between 6.25 and 7 ounces (177 and 198 grams)
No, the mass of a softball is typically measured in ounces or grams, not inches. The weight of a softball can vary depending on the material it is made of, but it is usually between 6 and 7 ounces.
177 lbs = 80.29Kg
6 to 7 oz
KE = 1/2mv2, where m is mass in kg, and vis velocity in m/s. Since both the baseball and the softball are thrown at the same velocity, the difference in KE comes down to mass. A baseball has a mass of 0.142kg - 0.149kg, and a softball has a mass of 0.177kg - 0.198kg. Therefore, since the softball has the greater mass, the softball would have more kinetic energy. The 2 after the v is supposed to be a superscript and is supposed to mean velocity squared.
Strictly a matter of which possesses the greater mass. If the softball has less mass than a basketball, it must weigh less.
5.1 grains
To find the acceleration of the softball, you would need to know the net force acting on it and its mass. If the force is given in Newtons, you can divide it by the mass of the softball in kilograms to find the acceleration in m/s^2.
The baseball would have the same momentum as the softball if the baseball was moving twice as fast as the softball. Momentum is calculated as mass multiplied by velocity, so to have the same momentum, the lighter baseball would need to move faster than the heavier softball.
yes the softball is heaver bc of the bigger it is. now i don't think a softball is heaver of air mass. but yes a softball is heaver!
I don't think so..a softball is bigger. More mass means more resistance.
If you are reffering to speed, there is no calliber that can beet the .177. You can get a .177 gun that shoots anywhere from 150 FPS to 1200 FPS. There is a catch though, because energy is calculated by mass X exelleration, you can learn that where the .177 has high speed, it has very low mass. If you got a .20, .22, or .25 calliber gun, than you would have very low speed but very high mass.