A fireboat is to fight fires at coastal areas by drawing seawater with a density of 1030 kg/m through a 20-cm-diameter pipe at a

1) The three possible assumptions are

a) All processes are internally reversible

b) Air, as the working fluid, circulates in a closed-loop

cycle

c) Combustion is represented as a heat-adding process

2) Diagrams are included

5) The net work per cycle is 845.88 kJ/kg

The horsepower produced is approximately 45374 hP

Explanation:

1) The three valid assumptions are

a) All processes are internally reversible

b) Air, the working fluid, moves continuously in a closed-loop

cycle

c) The combustion process is set as a heat addition step

2) Diagrams for illustration are provided

5) The cylinder bore diameter measures 3.7 in., equating to 0.09398 m

The stroke length is 3.4 in., approximately 0.08636 m.

The cylinder volume is calculated as v₁= 0.08636 ×(0.09398²)/4 = 5.99×10⁻⁴ m³

The clearance volume amounts to 16% of the cylinder volume = 0.16×5.99×10⁻⁴ m³

The clearance volume, v₂  is 9.59 × 10⁻⁵ m³

p₁ is 14.5 lbf/in.² = 99973.981 Pa

T₁ equals 60 F = 288.706 K

For the Otto cycle's T-S diagram,

T₂ calculates to 288.706* = 592.984 K

The peak temperature is T₃ = 5200 R = 2888.89 K

T₄ resolves to 2888.89 / = 1406.5 K

Work performed, W = ×(T₃ - T₂) - ×(T₄ - T₁)

0.718×(2888.89  - 592.984) - 0.718×(1406.5 - 288.706) = 845.88 kJ/kg

The power generated in the Otto cycle = W×Cycle per second

= 845.88 × 2400 / 60  = 33,835.377 kW = 45373.99 ≈ 45374 hP.

The correct answer is option (a), which pertains to the surface area and volume of a body generated through rotation. The theorems introduced by Pappus and Guldinus apply specifically to the calculation of such areas and volumes resulting from a 2-D curve or shape's revolution.

Answer:

"- Adjust the Orders object's sharing settings to Private in the Org-Wide Defaults

_Assign a separate Salesforce login to each partner, ensuring API access is enabled on their profile

-Create a custom Apex web service utilizing the "With Sharing" clause"

Explanation:

Universal Containers (UC) needs to set up a web service for their business partners. This web service will permit each partner to access UC's Salesforce instance to check the status of orders. Access should be limited to orders for which the partner is the designated fulfillment vendor. The Architect prefers a custom API solution instead of standard APIs. What three design factors should be considered by the Architect to ensure the solution's data security?

A. Use Dynamic SOQL to query the Orders object based on fulfillment ID.

B. Adjust the Orders object's sharing settings to Private in the Org-Wide Defaults.

C. Provide each partner with their individual Salesforce login set to API Enabled on the profile.

D. Develop a custom Apex web service that requires a fulfillment ID input attribute.

E. Implement a custom Apex web service employing the "With Sharing" clause.

The subsequent points should follow up on the inquiry

To ensure data security, the Architect should take into account the following design strategies

"- Set Orders object's sharing settings to Private within the Org-Wide Defaults

_Assign each partner a distinct Salesforce login with API access enabled on their profile

-Create a custom Apex web service utilizing the "With Sharing" clause"

There’s a need to establish some sharing rule between the architect and the user

To determine the pressure gauge reading, we note that the closed tank filled with oil and air has a pressure of P₁, where the oil's pressure at a specific height in the U-tube of mercury is p₁gh₁, and the mercury pressure acting on the air in the gauge is p₂gh₂. Thus, we aim to find P₁-P₂, assuming equal heights: h₁=h₂=h.