ByXoxo1984
How do I calculate the speed at 3?
How do I solve 2. using calculation methods?
What happens at 4?
How do I calculate 5th and 6th?
I'm preparing for an advanced physics class, but I've been sick for a long time, so I don't understand these problems at all. Can someone explain to me how to proceed with the math?
(1 votes)
Loading...Why does it say 7-10 and not 10-7? There's already a negative sign, isn't there? And why 5-4 again?
Can someone explain b) to me? Thanks! 🙂
In Figure 2 (left), a boy is pulling his classmate upwards. The seated boy has a weight of 500 N. Explain what type of pulley this is. Calculate the pulling force the boy must exert to pull his classmate upwards. The corresponding image thanks in advance!
Shouldn't it light up because the diode is forward biased? (Switch position SA)
Hey, I'm taking my MSA math exam later today and I've been looking at some more problems. I'm really stuck for quadratic functions, though. Can someone tell me how to calculate them and how to plot them?
Hello everyone, I would like to calculate how much energy is required to heat, temper and evaporate a solvent. For example, I heat 1 liter of water in a beaker to 90°C. I would then like to keep the water at 90°C for 1 hour before evaporating it. Calculating heating and evaporation is no problem….
you take the spring constant, stretch around the specified path and calculate the stored energy W-Feder=1/2*c*s^2 … W-Feder is converted into kinetic energy.
at 3: also here calculate the clamping energy and it git m*g*h = w-feder, the firing speed again increases with W-feder = 1/2 * m * v^2
the 4: m*g*h = 1/2 * m * v^2, change to v and that was
the 5 m*g*h = 1/2 * m * v^2 and v after v, which results in vy (senkrecht) in addition vx (waagrecht) and in the impact point applies:
Total = root (vx^2+vy^2)
Thread pendulum… calculate the raised height at the deflection point and again the energy set applies.
What’s in your first formula that c? Thank you.