A rope pulls the block up the ramp, as shown in the figure. Find the following:1. What is the acceleration of the block perpendicular to the ramp?2. What is the friction force?3. What is the tension force? * T=? a=4.3 m/s? 6 kg H=0.45

A rope pulls the block up the ramp, as shown in the figure. Find the following:1. What is the acceleration of the block perpendicular to the ramp?2. What is the friction force?3. What is the tension force? * T=? a=4.3 m/s? 6 kg H=0.45

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

hand written asap
4. An airplane weighing 5500 kg is in a steady level flight with a speed of 225 m/s. The pilot initiates a steady pull-up maneuver with a radius of curvature of 775 m. The location of center of gravity (CG), center of pressure on wing (CP) and point of action (T) of tail force are marked in the figure. Use g = 9.81 m/s³. Neglect drag on the tail and assume that tail force is vertical. Assuming the engine thrust and drag to be equal, opposite and collinear, the tail force kN (round off to one decimal place). 20 cm CG
How much breaking speed does the cable car need to descend at a constant speed? One day the brakes fail just as the cable car leaves the top on its downward journey. What is the runaway car’s speed at the bottom of the hill?
I need the answer as soon as possible
Solve the problem quick and correctly , Urgent. Thanks....
The AB rod is wanted to be pulled from the A end at the position shown in the figure with V_A constant speed (a_A = 0 m / s 2). Find the force F to satisfy this condition. In this case, what are the support reactions at A and B points? Ignore the mass and atalat moments (I) and friction forces of the wheels. V_A(m/s)= 0,80 mg(N)= 360 I(kg/m2) =2,6 AB(mm) = 810 AG(mm) = 420 a_A (m/s2)= 0
Two block m₁ = 20 kg and m2 = ID kg, shown in the figure. Calculate the value of friction factor (µ) would stop the block from sliding? Draw free body diagrams and clearly state the governing equations Use the last two digits of your ID for the mass m₂ in kg 11 m₂ m₂ = 87 kg
the weight of the trailer is 2130kg, the weight of the tow truck is 6000kg and the slope of the truck is 2% going on a ramp. The speed of 69km/h when first entering the ramp and 320m along the ramp, then 93km/h is the speed. (i) find the total average force on the wheels of the truck. (ii) calculate the average force between the truck and the trailer.
A heavy cabinet with a mass of 135kg is transported on the truck platform. Assume that the friction between the cabinet and the platform is so great that the cabinet cannot slip, but can instead tip over. The dimensions shown in the cabinet figure are hG = 1.8m, xG = 1.0m and b = 3.4m. How high can the maximum acceleration of the truck to the right be without the cabinet tipping over? What is the angular acceleration of the cabinet in the situation under consideration
Don't Use Chat GPT Will Upvote And Give Handwritten Solution Please
graduate who joined the Navy as a pilot is about to take off in an F-15 (WF15 = 81,000 lb) from an aircraft carrier traveling at VA = 40 mph. The jet is launched from the catapult system (a connection just below the deck that assists the aircraft) with the force (Fcp) vs time curve shown that has points of F₁ = 1,000 lb at t₁ = 2 s and F₂ = 3,000 lb at t₂ = 5 s (the plane will reach the edge of the deck at t₂). The F-15 needs to be traveling at 170 mph to take off. Determine how much constant thrust (FTR) the engines must produce during the launch to reach this speed. F2 F₁ FCP t₁ VA t₂ FTR t (s)
Can you please help me with all parts of the question? Thank you