Object A that is attached to Spring 1 follows a simple harmonic motion. Object B that is attached to Spring 2 also follows a simple harmonic motion. The spring constant of Spring 1 is larger than that of Spring 2. If the mass of Object A is the same as that of Object B, choose the correct statement about the frequency of Object A (fA) and the frequency of Object B (fB). Group of answer choices fA is larger than fB fA is smaller than fB fA is the same as fB It does not have enough information to determine which frequency is larger.

Refer to the picture below

Rj

Use g = 10m/s/s

Questions a,b and c

A mass of 70.0 g is hung on the end of a string that is 2.00 m in length. It is given an initial speed of 1.20 m/s and released while at an angle of 30.0 degrees from its equilibrium position.    Part A What is the speed of the mass at its lowest point? Part B What is the speed of the mass when \thetaθ = 15.0 degrees? Part C What is the tension in the string when the mass is at its lowest point?

The amplitude of a lightly damped oscillator decreases by 1.2% during each cycle. What percentage of the mechanical energy of the oscillator is lost in each cycle? Number Enter your answer in accordance to the question statement Units Choose the answer from the menu in accordance to the question statement                                                           g (gravity)kg/satomskm/h^2rev/minmegatonsft·lbhpdollarshits/satmL/minpercentcm^-3 or /cm^3s/hsmu/ylines/mmcentsuphotons/sphotons/s·m^2ktonm^-3 or 1/m^3kg/minN-s/mN/storr or mm Hgmg/sμm

Find the velocity of the block once the spring reaches its equilibrium point (delta = 0) in terms of the coefficient of kinetic friction, the mass, the spring constant, delta, gravitational acceleration, and the angle. Then find the length, L, it will reach before starting to fall. M^^^^^^^ WWW L