Two cars start a race. Car a) travels at a constant speed (v = 15 m/s).
Car b) travels with constant acceleration (a = 3 m/s^2).
What would be the outcome of the race after 50 m, 100 m, 150 m, 200 m and 250 m?
(3 votes)
Loading...Until the elements have fused to form iron, does the final fusion to iron happen particularly quickly, so that the core suddenly becomes denser and smaller very quickly, so that the shell then falls onto the core and this causes an explosion? Does the transition to iron occur particularly quickly? This is because the core…
I'm currently studying this topic in physics and couldn't understand it 100 percent. I would be very happy to provide clarification! Greetings 🥰
What is the effective diameter in this case? Shaft diameter: 56mm Three-quarter circle radius: 12.5mm square groove: 15mm
It's not for school, just for me.
Is nuclear fusion already used somewhere (except sun/stars) (as far as I know, research is still underway to use it as an energy source, but it doesn't exist yet)
Noise the two equations for the movements: s = …, both for the uniform movement and for the accelerated B.
Calculate both movements for the given routes. Decide who sooner and who later reaches this route.
Now the homework is done quickly:).
After 50m drive a). At 100m there is still car a) in front. At 150m overhauled car b). After 200m, Auto b) keeps the lead. At 250m, car b) is still ahead.
Unnecessary comment at the beginning of Chantal 🙂
Not really. To be honest about everything:) free of the motto Frankfurter Schnauze