Determine the direction of the effective value of g⃗ g→ at a latitude of 60 ∘∘...

Determine the direction of the effective value of g⃗ g→ at a latitude of 60 ∘∘ North on the Earth.

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genius_generous answered 2 years ago

Determine the direction of the effective value of g⃗ at a latitude of 60 ∘ North on...

Determine the direction of the effective value of g⃗ at a latitude of 60 ∘ North on the Earth. Answer should be in degrees south of radially inward.

A traffic signal has a 60-second cycle length. For the travel direction of interest, the effective...

A traffic signal has a 60-second cycle length. For the travel direction of interest, the effective red and green times are 30 seconds each, the arrival rate is constant at 20 vehs/min and the saturation flow (i.e., the queue discharge rate) is 1 veh/sec. a. Calculate the average delay (in seconds) for the travel direction of interest b. What is the maximum length of a queue (in vehicles)? c. Assume that works on the street are taking place downstream of...

What force, applied tangentially to the Earth along 45° of latitude in the direction of rotation...

What force, applied tangentially to the Earth along 45° of latitude in the direction of rotation for 1 day would result in a new day length that is shorter by 5.2 seconds? The Earth has mass 5.98x1024kg and radius 6380 km. Answer:

Stresses at a point are: 60 MPa in the x-direction, 80 MPa in the y-direction and...

Stresses at a point are: 60 MPa in the x-direction, 80 MPa in the y-direction and no shear stress in this reference x-y plane. Note that these are already the principal stresses and the reference plane x-y is the principal plane. What are the stresses at 45o clockwise from the principal planes? Show them on a properly-oriented element. Mohr’c cirle is to be used and no equations will be accepted.

how do I find the direction vector u, given the direction angles of 60 75 and...

how do I find the direction vector u, given the direction angles of 60 75 and 34.3 degrees?

Determine the coordinate direction angles of F1.

For C(s) + H2O(g) ⇌ CO(g) + H2(g) H = +. In which direction will the...

For C(s) + H2O(g) ⇌ CO(g) + H2(g) H = +. In which direction will the reaction shift if heat is removed from the system, C is added, H2O is removed, CO is added, and H2 is removed. (a) right, left, no change, left, right (b) left, left, right, left, right (c) left, right, left, left, right (d) left, no change, left, left, right (e) None of the above

In which direction will the net reaction proceed.X(g) + Y(g) <==> Z(g) .. Kp = 1.00...

In which direction will the net reaction proceed.X(g) + Y(g) <==> Z(g) .. Kp = 1.00 at 300kfor each of these sets of initial conditions? 1) [X] = [Y] = [Z] = 1.0 Ma] net reaction goes to the left [this one?]b] net reaction goes to the rightc] reaction is at equilibrium2. Px = Pz = 1.0 atm, Py = 0.50 atm a] net reaction goes to the leftb] net reaction goes to the rightc] reaction is at equilibrium

Determine the direction of the force that will act on the charge in each of the...

Determine the direction of the force that will act on the charge in each of the following situations. 1) A negative charge moving out of the screen in a magnetic field that points downward. 2) A negative charge moving upward in an electric field that points out of the screen. 3) A positive charge moving upward in a magnetic field that points upward. 4) A negative charge moving to the left in a magnetic field that points out of the...

Two cars are moving at 60 mph in the same direction and in the same lane....

Two cars are moving at 60 mph in the same direction and in the same lane. The cars are separated by one car length (20 ft) for each 10 mph. The coefficient of friction (skidding) between the tires and the roadway is 0.6. The reaction time is assumed to be 0.5 sec. a) If the lead car hits a parked truck, what is the speed of the second car when it hits the first (stationary) car? b) If the lead...

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