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PAE(01/28/25): (2)Consistency Calculation

Total questions: 32

Worksheet time: 16mins

Name
Class
Date
1.

What are consistent engineering units?

a)

A system where different units are used for each calculation

b)

A system where all quantities adhere to a single unit system

c)

A system that uses only metric units

d)

A system that uses only imperial units

2.

Which of the following is a standard unit system mentioned in the text?

a)

Metric (SI)

b)

Customary

c)

Astronomical

d)

Binary

3.

What units are included in the Metric (SI) system?

a)

Feet, pounds, seconds

b)

Meters, kilograms, seconds

c)

Inches, ounces, minutes

d)

Yards, stones, hours

4.

What is the primary benefit of using consistent engineering units?

a)

Increased complexity

b)

Ensuring compatibility and accuracy

c)

Reducing the number of units

d)

Limiting scientific use

5.

Why is unit consistency important in engineering?

a)

It ensures faster project completion.

b)

It is the foundation of accurate measurements and computations.

c)

It reduces the cost of materials.

d)

It increases the number of workers needed.

6.

What can incorrect unit conversions lead to in real-world applications?

a)

Increased project funding

b)

Faster project timelines

c)

Project failures, such as structural collapses or spacecraft malfunctions

d)

Improved communication between teams

7.

What was the cause of the Mars Climate Orbiter incident?

a)

Lack of funding

b)

Mismatched units between teams

c)

Poor weather conditions

d)

Software malfunction

8.

Which units were mismatched in the Mars Climate Orbiter incident?

a)

Kilograms vs. pounds

b)

Meters vs. feet

c)

Newton-seconds vs. pound-seconds

d)

Liters vs. gallons

9.

Why is it important to use consistent units in engineering projects?

a)

To increase project costs

b)

To prevent miscommunication and system failures

c)

To make projects more complex

d)

To reduce the need for documentation

10.

What should always be documented in engineering projects?

a)

Project timelines

b)

Unit systems

c)

Employee details

d)

Budget estimates

11.

Why might an engineer prefer the SI unit system over the Imperial system in global projects?

a)

SI units are more accurate.

b)

SI units are universally standardized.

c)

SI units are easier to convert.

d)

SI units are cheaper to use.

12.

What is the conversion factor from meters to feet?

a)

3.28 feet

b)

39.37 feet

c)

2.54 feet

d)

1.09 feet

13.

How many feet are there in 100 meters?

a)

328 feet

b)

393.7 feet

c)

254 feet

d)

109 feet

14.

What is the conversion factor from meters to inches?

a)

39.37 inches

b)

3.28 inches

c)

2.54 inches

d)

1.09 inches

15.

What is the number of miles in 2 kilometers?

a)

1.24 miles

b)

1.12 miles

c)

1.36 miles

d)

1.50 miles

16.

What is the conversion factor from kilometers to miles used in the calculation?

a)

0.621371

b)

1.24274

c)

1.60934

d)

0.539957

17.

What is the equivalent of 1 cubic meter in cubic feet?

a)

35.3147 cubic feet

b)

0.264172 cubic feet

c)

1.32086 cubic feet

d)

5 cubic feet

18.

How many gallons are equivalent to 1 liter?

a)

0.264172 gallons

b)

1.32086 gallons

c)

35.3147 gallons

d)

5 gallons

19.

If a water tank has a capacity of 5 liters, approximately how many gallons does it hold?

a)

1.321 gallons

b)

0.264 gallons

c)

5 gallons

d)

35.3147 gallons

20.

If you need to convert 15 liters of milk to gallons using unit consistency, what is the closest number of gallons you would order?

a)

3.5 gallons

b)

4.0 gallons

c)

4.5 gallons

d)

5.0 gallons

21.

What is the approximate conversion factor from liters to gallons used in the document?

a)

0.20 gallons per liter

b)

0.26 gallons per liter

c)

0.30 gallons per liter

d)

0.35 gallons per liter

22.

What is the equivalent of 1 kilogram in pounds?

a)

1.10231 pounds

b)

2.20462 pounds

c)

0.45359 pounds

d)

3.28084 pounds

23.

How many pound-forces are equivalent to 1 Newton?

a)

0.10231 pound-force

b)

0.45359 pound-force

c)

0.224809 pound-force

d)

1.20462 pound-force

24.

If you convert 10 kilograms to pounds, what is the result?

a)

20.0462 pounds

b)

22.0462 pounds

c)

24.0462 pounds

d)

26.0462 pounds

25.

Why is a weightlifting bar with 50 lb on one end and 50 kg on the other not balanced?

a)

Because 50 lb is heavier than 50 kg.

b)

Because 50 kg is heavier than 50 lb.

c)

Because both weights are equal.

d)

Because the bar is symmetrical.

26.

How many pounds is approximately equal to 50 kilograms?

a)

50 pounds

b)

100 pounds

c)

110 pounds

d)

150 pounds

27.

What is the conversion factor from meters per second (m/s) to feet per second (ft/s)?

a)

2.20462

b)

3.28084

c)

1.60934

d)

0.621371

28.

How many horsepower (hp) is equivalent to 1 watt (W)?

a)

0.00134102

b)

0.00220462

c)

0.00328084

d)

0.004536

29.

If a car travels at 60 mph, what is its speed in km/h?

a)

80.4672 km/h

b)

96.5604 km/h

c)

100.2345 km/h

d)

120.9345 km/h

30.

What is the equivalent of 75 kW in horsepower?

a)

100.6 hp

b)

75 hp

c)

50 hp

d)

150 hp

31.

What is the conversion factor from kilowatts (kW) to horsepower (hp)?

a)

1 kW = 1.34102 hp

b)

1 kW = 0.7457 hp

c)

1 kW = 2.20462 hp

d)

1 kW = 0.5 hp

32.

What is the first step in converting kilowatts to horsepower?

a)

Use the conversion factor

b)

Perform the multiplication

c)

Round the result

d)

Subtract the conversion factor