...figure of the product? , . CASE II. • . , • 26. When the multiplier exceeds 12. RULE. I. Set down the multiplier under the multiplicand, so that units of the same order shall fall under each other, and draw a line beneath. - ' , . II. Begin with the right handfigure, and multiply...

...it down? How do you multiply by it? CASE II. 26. When the multiplier exceeds 12. RULE. I. Set down the multiplier under the multiplicand, so that units of the same order shall fall under each other, and draw a line, beneath. II. Begin with the right handJigure, and multiply...

...square foot=6" 9' x 7' = 5' 3" 9' x 7' =fA-=5' 3" 9' x 6 = 4 6' 9x6'=ft=46' prod 18 3- r RULE. — I. Write the multiplier under the multiplicand, so that units of the same order shall fall in the same column. II. Begin with the highest unit of the multiplier and the lowest of the multiplicand,...

...Multiplier, Product, 3896439 8 31171512 2. To multiply any number by a multiplier greater than 10. Write down the multiplier under the multiplicand, so that units of the same order shall fall in the same column. Multiply the entire multiplicand by each digit of the multiplier, and write...

...in subtraction, we deduce the following general RULE. — Place the less number under the greater, so that units of the same order shall stand in the same column. Commencing at the right hand, subtract each figure of the subtrahend from the figure above it. If any...

...the point their proper notation, we have then 29sq. ft. 5' 4" for the answer, as before. KULE. — Write the multiplier under the multiplicand, so that units of the same orders shall stand in the same column. Beginning at the right, multiply each term in the multiplicand...

...addition of 1 to the subtrahend is called carrying 1. RULE. — Place the less number under the greater, so that units of the same order shall stand in the same column. Commencing at the right hand, subtract each figure of the subtrahend from the Jigure abore. it. If...

...in subtraction, we deduce the following general RULE. — Place the less number under the greater, so that units of the same order shall stand in the same column. Commencing at the right hand, subtract each figure of the subtrahend from the figure aboce it. If any...

...the point their proper notation, we have then 29sq. ft. 5' 4" for the answer, as before. RULE. — Write the multiplier under the multiplicand, so that units of the same orders shall stand in the same column. Beginning at the right, multiply each term in the multiplicand...

...the point their proper notation, we have then 29sq. ft. 5' 4" for the answer, as before. RULE. — Write the multiplier under the multiplicand, so that units of the same orders shall stand in the same column. Beginning at the right, multiply each tenn in the multiplicand...