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y = 5 m y = 0 --- § ² ky = 223 N/m kz =...

y = 5 m y = 0 --- § ² ky = 223 N/m kz = 90 N/m 3. Two bowling balls, each with the mass of 7 kg, are dropped from 5 m above a pair of springs. The springs have the spring constants 223 N/m and 90 N/m, respectively. What will be the height difference in the two bowling balls' compressed positions? Assume that there's no air resistance.
y = 5 m y = 0 --- yi yra ki = 223 N/m kz =...

y = 5 m y = 0 --- yi yra ki = 223 N/m kz = 90 N/m 3. Two bowling balls, each with the mass of 7 kg, are dropped from 5 m above a pair of springs. The springs have the spring constants 223 N/m and 90 N/m, respectively. What will be the height difference in the two bowling balls' compressed positions? Assume that there's no air resistance.
y = 5 m y = 0 --- Yp1 Yr24 ki = 223 N/m kz =...

y = 5 m y = 0 --- Yp1 Yr24 ki = 223 N/m kz = 90 N/m 3. Two bowling balls, each with the mass of 7 kg, are dropped from 5 m above a pair of springs. The springs have the spring constants 223 N/m and 90 N/m, respectively. What will be the height difference in the two bowling balls' compressed positions? Assume that there's no air resistance.

. . y = 5 m y = 0 yn Уra ky 223 N/m kg =...

. . y = 5 m y = 0 yn Уra ky 223 N/m kg = 90 N/m 3. Two bowling balls, each with the mass of 7 kg, are dropped from 5 m above a pair of springs. The springs have the spring constants 223 N/m and 90 N/m, respectively. What will be the height difference in the two bowling balls' compressed positions? Assume that there's no air resistance.
I need help on these questions thank you so much Vic = 40 m/s Vy =...

I need help on these questions thank you so much Vic = 40 m/s Vy = -10 m/s 4c = -6 m/s2 170 m 1. Chris is driving at the initial speed of 40 m/s. Then he sees a tumbleweed approaching him at 10 m/s, 170 m away from him. He immediately steps on the brake, decelerating at ac = -6 m/s? How long will it take for the car to collide with the tumbleweed? 2. A lawnmower of mass...