could you also show the
formulas used to solve the question.
kindly
give rating
could you also show the formulas used to solve the question. Find VA and VB. ot...
3. Find the magnitudes of velocities and in Figure 3.57 tot VA+ Vot 6.72 m/s 26.5 22.5° Figure 3.57 The two velocities and add to give a total .seri
Could you also show the formulas used.
A person stands at the top of a building with 12m high throwing a ball up with initial velocity 12m/s, what is the position of the ball at 3.0sec? how long will the ball hit the ground? .
0.3M 201 B Given: VA = 2m/s down incline Find: VB, WAB Solve this using 2 different methods 2) I.C. 3) graphical
Giveni VA = 2 m/s down 0.3m incline 28 Find VB, JAS Usial a different methods solve this is vector 22 2) I.C. 3 graphical
dynamics
Given: VA = 2 m/s down incline 0.3m 60 Find VB 8 WAB velour * Angular Velouty of B Velocity of AB Solve this using two Different methods. 1) Vector 2) I.C. 2 methods 3) graphical
if you could show your work with the formulas, that
would be much appreciated.
Question 5 (3 points) A small car starts from rest at time t - O and moves along a straight track at a constant acceleration of 0.6 m/s2. At what time does the car cover a displacement of 250 m? 3.5 s 7.0 s 14 s 29 s 58 s Question 8 (1 point) A rock is dropped from rest from the window edge of a...
Please use the numbers provided in the problem
statement. Also, if you could show all formulas/equations used that
would be great! Thank you so very much!
Please use the numbers
provided in the problem statement. Also, if you could show all
formulas used that would be great! Thank you so very
much!
For vertical flexural member BD, determine the principal stresses o, i > ?p2) and the maximum shear stress ? as acting at point H as shown. Show these...
Please show thoroughly as to how you solve it include the formulas, and why it was solved that way. Also be sure I can read and understand the numbers 550 g of NaCl completely dissolves in 1.50 kg of water. Determine the freezing point of this solution. For water, Kf=1.86°C/m. You MUST show all your work to receive credit on this problem. (12 points)
Please show all work and
formulas used to solve. Thank you for your help!!
Determine the maximum axial load transmitted to the structure and draw the axial force diagram for the following cases (for Case (a), also calculate P for equilibrium) 35 kip 20 kip 18 kip a) 40 kip 10 kip 50 kip 40 kip b) 10 kN 10 kN 10 kN 50 kN 50 kN 40 kN 40 kN c)
show all possible products,
also could you please show the steps (arrow notation) that you used
to get to. the products.
H2O, H,0* HC1 تل او H2, Pt