The energy of a system as a function of time t is given as E(t) =A^2 exp(-at), where a=0.2 s^-1. The measurement of A has an error of 1.25%. If theerror in the measurement of time is 1.50%, the percentage error in thevalue of E(t) at t5 sec is

51. A student found out that x-radiation has an ENERGY of 4.60 x 10^-14 J in the experiment. The THEORETICAL WAVELENGTH of x-radiation is listed as 4.10 x 10^-12 m. What is the percent error of ENERGY in this experiment? Report ONLY NUMERIC ANSWER (with no percent sign)  in the correct sig figs. You may use Planck's constant value = 6.626 x 10^-34 J-s, and speed of light = 3.00 x 10^8 m/s1 pointYour answer

The kinetic energy of a body is determined from measurements of its momentum p and its mass m.The percentage uncertainties in the measurements are:p± 3%m±4%What is the percentage uncertainty in the kinetic energy?A. 7%B. 10%C. 13%D. 14%

If E denotes energy of a signal x(t) then energy of the signal x(5t) is1 pointE/55EE/2525E

In an experiment to determine the acceleration of free fall g, the time t taken for a ball to fallthrough distance s is measured. The percentage uncertainty in the measurement of s is 2%. Thepercentage uncertainty in the measurement of t is 3%.The value of g is determined using the equation shown.22tsg What is the percentage uncertainty in the calculated value of g?A 1% B 5% C 8% D 11%

If E denotes energy of a signal x(t) then energy of the signal x(5t) is