Category: Mechanical Engineering

-I want the solution in two formats, Word and PDF
-I want the solution to be uni

-I want the solution in two formats, Word and PDF
-I want the solution to be unique and to be careful not to share similarities
-I want there to be an introduction for each mineral with an explanation of its properties and details and with pictures
-I want there to be a general introduction and a conclusion
– the report has introducation, properties and applicationI
want the first page to be blank
I want the solution within 5 hours please? ✅

-I want the solution in two formats, Word and PDF
-I want the solution to be uni

-I want the solution in two formats, Word and PDF
-I want the solution to be unique and to be careful not to share similarities
-I want there to be an introduction for each mineral with an explanation of its properties and details and with pictures
-I want there to be a general introduction and a conclusion
– the report has introducation, properties and applicationI
want the first page to be blank
I want the solution within 5 hours please? ✅

-I want the solution in two formats, Word and PDF
-I want the solution to be uni

-I want the solution in two formats, Word and PDF
-I want the solution to be unique and to be careful not to share similarities
-I want there to be an introduction for each mineral with an explanation of its properties and details and with pictures
-I want there to be a general introduction and a conclusion
– the report has introducation, properties and applicationI
want the first page to be blank
I want the solution within 5 hours please? ✅

-I want the solution in two formats, Word and PDF
-I want the solution to be uni

-I want the solution in two formats, Word and PDF
-I want the solution to be unique and to be careful not to share similarities
-I want there to be an introduction for each mineral with an explanation of its properties and details and with pictures
-I want there to be a general introduction and a conclusion
– the report has introducation, properties and applicationI
want the first page to be blank
I want the solution within 5 hours please? ✅

hello, this is a Thermal Fluid (Design) Assignment and all the instructions are

hello, this is a Thermal Fluid (Design) Assignment and all the instructions are in the attached files

Please work out an abstract about the files I uploaded and there’s five link of

Please work out an abstract about the files I uploaded and there’s five link of reference, not necessary to include every link into the abstract but try to use that as a reference. By the way my topic will be something about Polymer in clothing (polymers in use for protective clothing (biomedical and security).

There should be a wooden block with breadth of 4 inches and a width of 2 inches.

There should be a wooden block with breadth of 4 inches and a width of 2 inches. The height is 8 feet. We have to join all the required wooden blocks together to make it look like the picture. Joining is up to the best part—the strongest joining required. The number of the wooden block you have to determine but it should be at least eight. We have to join all the eight blocks together.

i need someone to do this program before Tuesday 11:59 pm Chicago time zone and

i need someone to do this program before Tuesday 11:59 pm Chicago time zone and it’s about programing a question

In this problem we will calculate the “load” of a workshop building based on sta

In this problem we will calculate the “load” of a workshop building based on standard
construction. Refer to Table 9.4.1. The workshop is a square building 4 m on each side with
walls 3 m tall and a flat roof. The walls are as described in Table 9.4.1 for wood stud
construction. Each side has window that is 1 m x 2 m, and the windows are single pane. The
ceiling is insulated with R-38 fiberglas insulation. Please look at the slides to convert R-38 into a
U-value, which is given in W/m2 -C. You can ignore the floor for this calculation.
How much energy must delivered to the workshop in the month of January in Fresno, CA?
Which building element loses more heat, the walls, the windows, or the ceiling?
Using data from Fresno, could the heating energy requirements be met in theory from solar
energy?

In this problem we will calculate the “load” of a workshop building based on sta

In this problem we will calculate the “load” of a workshop building based on standard
construction. Refer to Table 9.4.1. The workshop is a square building 4 m on each side with
walls 3 m tall and a flat roof. The walls are as described in Table 9.4.1 for wood stud
construction. Each side has window that is 1 m x 2 m, and the windows are single pane. The
ceiling is insulated with R-38 fiberglas insulation. Please look at the slides to convert R-38 into a
U-value, which is given in W/m2 -C. You can ignore the floor for this calculation.
How much energy must delivered to the workshop in the month of January in Fresno, CA?
Which building element loses more heat, the walls, the windows, or the ceiling?
Using data from Fresno, could the heating energy requirements be met in theory from solar
energy?