Answered: 4. A water bug is suspended on the… | bartleby

Related questions

Question

100%

Follow the instructions. Typewritten for an upvote. No upvote for handwritten. PLEASE SKIP IF YOU HAVE ALREADY DONE THIS. Thank you

4. A water bug is suspended on the surface of a pond by surface
tension (water does not wet the legs). The bug has six legs, and each
leg is in contact with the water over a length of 6 mm. What is the
maximum mass (in grams) of the bug if it is to avoid sinking?
4
5 mm

Expert Solution

Trending now

This is a popular solution!

Step by step

Solved in 2 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Blurred answer

Similar questions

Help
А.3.3 Given the function governing the motion of a simple pendulum with mass 0.5 kg is 0 = 0.5 cos(0.5Tt+T /2) (in rad), determine: a. the period of oscillation; d. the position and linear velocity of the bob at t = 0; Answer: 4 s. Answer: Oi rad and -3.12 m/s. b. the length of the pendulum; e. the kinetic energy when the angle is 0 = 0.2 rad Answer: 3.98 m. Answer: 2.045 J. c. the maximum angle reached; f. the total mechanical energy of the pendulum. Answer: 0.5 rad or 28.66°. Answer: 2.4 J.
Which of r₁ and 2 experiences a/2 phase shift? Air Oil n = 1.00 n = 1.40 22 Select one: a. r₂ only b. Neither r₁ or r₂ c. ₁ and ₂ d. ₁ only Check Glass n = 1.50 4
A 250 g mass on a 28 spring is initially displaced +.02 m from the equi- librium position and has an initial velocity of -.25 m. 1. Determine the amplitude of the motion. 2. Determine the phase angle of the motion. 3. Write equations for the position x(t) and velocity v(t) of the mass.
7. Find an equation of the tangent line to the curve at the given point. a. b. y = y = y = sec x, (π/6, 2√3/3) y = 2 x sin x = (₁) =
A is amplitude.
A fan blade is rotating at 90 Hz when someone switches the fan to the next lowest setting. As a result, the blade uniformly slows down to 60 Hz in a time of 5.0 s. Through how many revolutions does the fan blade rotate between settings? a. 275 cycles b. 375 cycles c. 325 cycles d. 425 cycles e. 475 cycles
A 3.5 kg steel ball in a structural engineering lab swings on the end of a rigid steel rod at a constant speed in avertical circle of radius 1.2 m. at a frequency of 1 Hz, as in the diagram provided. Calculate the magnitude of the tensionin the rod due to the mass at the top (A) and bottom (B) positions. Your solution must be complete including diagrams.
Find the time and the phase displacement between I = 5 sin(120(pi) t+ 0.52) and I= 5 sin(120(pi)t),show your calculations.
The period of a periodic motion is the time to complete one full cycle. True True False
Draw a diagram of the complete displacement measurement system based around the transducer from Question 1. Your system should be intelligent and should incorporate a smart transducer. Your answer should explain what is meant by intelligent and smart as well as the functionality of every component in your chosen configuration.