3. Now the 3.00 kg crate sits on a frictionless inclined plane of 23.00. What is the normal force on the crate from the plane?

4. Using the same scenario from problem 1, what is the magnitude of the crate’s acceleration along the plane?

Like a key in a lock, the shape of the. must bind with the. of the recieving neuron

Question 7 [2 marks] in the circuit below, the electromotive force generated by the battery is e = 6.0 v, and the resistances are r1 = r4 = 1.0 q, r2 = r3 =2.0 q. r. the power delivered by the battery to the circuit is closest to a. 6 w в. 12 w с. 15 w d. 18 w e. 20 w final exam autumn 2014 page 5 of 9 68037 physical modelling faculty of science [2 mark] question 8 with reference to question 7, the current through resistor r2 is closest to a. 1 a в. 2 а c. 3 a d. 4 a e. 6 a

Determine el momento angular de un rueda de 3000g moviendose a 10m/s con un radio de giro de 400cm