A piece of corroded metal alloy plate was found in a submerged ocean vessel. It was estimated that the original area of the plat

Answer:

a) , b)

Explanation:

a) The uniform dresser can be modeled using specific equilibrium equations:

Following some algebraic manipulations, the formulated equation is derived:

b) Similarly, the man can be represented by a set of equilibrium equations:

After some algebraic changes, the expression for the coefficient of static friction comes out as:

Answer:

1.312 in

Explanation:

The details provided in the question are:

The weight of the compressor, W is 227 pounds.

It has 4 legs.

The maximum permissible pressure is 42 psi.

Let F represent the force exerted by each leg.

Thus,

W = 4F,

or

227 pounds = 4F,

implying that:

F = 56.75 pounds.

Furthermore,

Force = Pressure × Area,

therefore:

56.75 pounds = 42 psi × πr²  [ r signifies the radius of one leg]

Consequently, we find:

r² = 0.4301,

and thus:

r = 0.656;

resulting in a diameter equal to 2r = 2 × 0.656,

which equals 1.312 in.

Answer: a) U2 = 164.737kJ/kg

b) Q2 = 22.6kJ

Explanation: see attachment below

A specific system has four sensors capable of producing either a 0 or a 1 output. The system functions properly. An alarm must be triggered when two or more sensors output 1. Design the simplest circuit to raise the alarm only when precisely one sensor outputs 1. Repeat this for a system with seven sensors. Hint: Before getting overwhelmed with a 128-row truth table, consider whether a Sum of Products or Product of Sums approach would be more effective.