Chat with AIExam 34: Mass Weight Measure
Exam 1: Addition of Whole Numbers10 Questions
Exam 2: Subtraction of Whole Numbers10 Questions
Exam 3: Multiplication of Whole Numbers10 Questions
Exam 4: Division of Whole Numbers10 Questions
Exam 5: Introduction to Common Fractions10 Questions
Exam 6: Measuring Instruments: the Tape Measure, Caliper, and Micrometer9 Questions
Exam 7: Addition of Common Fractions10 Questions
Exam 8: Subtraction of Common Fractions10 Questions
Exam 9: Multiplication of Common Fractions10 Questions
Exam 10: Division of Common Fractions10 Questions
Exam 40: Economical Layouts of Rectangular Plates10 Questions
Exam 11: Combined Operations With Common Fractions10 Questions
Exam 13: Addition and Subtraction of Decimal Fractions10 Questions
Exam 14: Multiplication of Decimals10 Questions
Exam 15: Division of Decimals10 Questions
Exam 16: Decimal Fractions and Common Fraction Equivalents10 Questions
Exam 17: Tolerances10 Questions
Exam 18: Combined Operations With Decimal Fractions10 Questions
Exam 19: Equivalent Measurements10 Questions
Exam 20: Averages10 Questions
Exam 21: Percents and Percentages10 Questions
Exam 22: The Metric System of Measurements10 Questions
Exam 23: English-Metric Equivalent Unit Conversions10 Questions
Exam 24: Combined Operations With Equivalent Units10 Questions
Exam 25: Perimeter of Squares and Rectangles, Order of Operations10 Questions
Exam 26: Area of Squares and Rectangles10 Questions
Exam 27: Area of Triangles and Trapezoids10 Questions
Exam 28: Volume of Cubes and Rectangular Shapes10 Questions
Exam 29: Volume of Rectangular Containers10 Questions
Exam 30: Circumference of Circles, and Perimeter of Semicircular-Shaped Figures10 Questions
Exam 31: Area of Circular and Semicircular Figures10 Questions
Exam 32: Volume of Cylindrical Shapes10 Questions
Exam 33: Volume of Cylindrical and Complex Containers10 Questions
Exam 34: Mass Weight Measure10 Questions
Exam 35: Angle Development10 Questions
Exam 36: Angular Measurement10 Questions
Exam 38: Bends and Stretchouts of Angular Shapes10 Questions
Exam 39: Bends and Stretchouts of Circular and Semicircular Shapes10 Questions
Exam 41: Economic Layout of Odd-Shaped Pieces; Take-Off S10 Questions
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Eight pieces of cold-rolled steel shafting are cut to have a diameter of 6" and a length of 7". What is the total weight of the pieces, in pounds? Give the answer to the nearest hundredth.
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(Short Answer)
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(32) Correct Answer:
Verified
Verified448.66
What is the total weight of 12 circular tank bottoms like the one cut as shown? One cubic inch of steel weighs 0.2835 lbs. Carry the answer to two decimal places. 
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(43) Correct Answer:Verified
Verified3,845.62
What is the total weight of 21 pieces of 1/2-inch bar stock as shown? One cubic inch of steel weighs 0.2835 lbs. Carry the answer to two decimal places. 
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(38) Correct Answer:Verified
Verified3,750.71
What is the total weight of 2 pieces of 1/2-inch bar stock as shown? One cubic inch of steel weighs 0.2835 lbs. Carry the answer to two decimal places. 
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-A 4" piece of steel round stock has a diameter of 3". Calculate its weight, in pounds, when 1 cubic inch of steel weighs 0.2835. Round the answer to the nearest hundredth.
-A 4" piece of steel round stock has a diameter of 3". Calculate its weight, in pounds, when 1 cubic inch of steel weighs 0.2835. Round the answer to the nearest hundredth. (Short Answer)
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(29) Calculate the weight, in grams, of a piece of steel round stock that has a radius of 7.8 cm and a height of 37.6 cm. One cubic centimeter of steel equals 7.748 grams. Round the answer to the nearest hundredth.
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(29) Ten pieces of cold-rolled steel shafting are cut to have a radius of 1.2 cm and a length of 6.7 cm. What is the total weight of the pieces, in grams? Round the answer to the nearest thousandth.
(Short Answer)
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(33) What is the total weight of 19 pieces of cold-rolled steel like the one shown? One cubic inch of steel weighs 0.2835 lbs. Carry the answer to two decimal places. 
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(23) What is the total weight of 22 pieces of cold-rolled steel like the one shown? One cubic inch of steel weighs 0.2835 lbs. Carry the answer to two decimal places. 
(Short Answer)
4.8/5 (39)
(39) What is the total weight of 2 circular tank bottoms like the one cut as shown? One cubic inch of steel weighs 0.2835 lbs. Carry the answer to two decimal places. 
(Short Answer)
4.9/5 (33)
(33) 
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