the no of student are about 4 lakhs so thgats why the result will talke timev abotu 6 or 8 months....
Drinking Alcohol will:v Increase your risk of dehydration due to its diuretic effectsv Impair your body's ability to regulate body heat, impairing endurancev Reduce your blood sugar levels which lowers energy level needed for prolong activityv Impair your reaction times, coordination and balancev Reduce endurance, strength and speedv Increase your risk of injury and negatively impact recovery timev Impede your body's ability to absorb necessary nutrients and deplete vitamins already storedv Slow the respiratory systemv Interrupt sleep patterns interfering with truly restful and restorative sleepRemember:ü Avoid alcohol for at least 48 hours before strenuous exercise/training/playingü After exercise you must re-hydrate with non-alcoholic drinksDRINKING ALCOHOL WILL DECREASE AN ATHLETE'S ABILITY TO TRAIN AND PLAY HARD!
Drinking Alcohol will:v Increase your risk of dehydration due to its diuretic effectsv Impair your body's ability to regulate body heat, impairing endurancev Reduce your blood sugar levels which lowers energy level needed for prolong activityv Impair your reaction times, coordination and balancev Reduce endurance, strength and speedv Increase your risk of injury and negatively impact recovery timev Impede your body's ability to absorb necessary nutrients and deplete vitamins already storedv Slow the respiratory systemv Interrupt sleep patterns interfering with truly restful and restorative sleepRemember:ü Avoid alcohol for at least 48 hours before strenuous exercise/training/playingü After exercise you must re-hydrate with non-alcoholic drinksDRINKING ALCOHOL WILL DECREASE AN ATHLETE'S ABILITY TO TRAIN AND PLAY HARD!
One kinematic equation that relates acceleration (a), final velocity (v), distance (d), and time (t) is: v^2 = u^2 + 2ad where: v is the final velocity, u is the initial velocity (which is not included in this equation), a is the acceleration, d is the distance traveled, and t is the time taken.
Simply put, kinematics is really just physics without forces or masses. That is, you deal with velocities, accelerations, time, etc. So a kinematic equation will have those variables.The kinematic equation of motion could be any of the four equations I list, or any variation of them (they can be rewritten in a number of ways):let d = distance, v = velocity, i = initial velocity, a = acceleration, t = timev = i + atd = it + (1/2)t2v2 = i2 + 2add = (1/2)(i + v)tThe equations describe the motion, whether it describing it's acceleration, velocity, distance traveled along a certain axis, all with respect to time.