Mixed format: $$E _ { L IN E } = \sqrt { E _R ^ { 2 } + E_ X ^ { 2 } }$$ (with a space between the whole number and the numerator) Fraction format: $1 /4$
Reduce all fractions. In a motor alignment, the following pieces of steel are used under the base: one piece $R _ { 1 } = 0$ inch thick, one piece inch thick, one piece $5 /32$
inch thick, and one piece $5 / 64$ inch thick. What is the total thickness of all these pieces?

Question

Mixed format: $$E _ { L IN E } = \sqrt { E _R ^ { 2 } + E_ X ^ { 2 } }$$ (with a space between the whole number and the numerator) Fraction format: $1 /4$
 Reduce all fractions. In a motor alignment, the following pieces of steel are used under the base: one piece $R _ { 1 } = 0$ inch thick, one piece  inch thick, one piece $5 /32$
 inch thick, and one piece $5 / 64$ inch thick. What is the total thickness of all these pieces?

Quizplus · Accepted Answer

The Answer of Mixed format: $$E _ { L IN E } = \sqrt { E _R ^ { 2 } + E_ X ^ { 2 } }$$ (with a space between the whole number and the numerator) Fraction format: $1 /4$
 Reduce all fractions. In a motor alignment, the following pieces of steel are used under the base: one piece $R _ { 1 } = 0$ inch thick, one piece  inch thick, one piece $5 /32$
 inch thick, and one piece $5 / 64$ inch thick. What is the total thickness of all these pieces?

Mixed Format ELINE=ER2+EX2E _ { L IN E } = \sqrt { E _R ^ { 2 } + E_ X ^ { 2 } }ELINE​=ER2​+EX2​​

Mixed Format $E _ { L IN E } = \sqrt { E _R ^ { 2 } + E_ X ^ { 2 } }$