638 x 34 = 21,692
Any room where the length times the width equals 638.
112 can go into 638 a total of 5 times. When you multiply 112 by 5, you get 560, which is the largest multiple of 112 that is less than or equal to 638. If you try 112 multiplied by 6, the result is 672, which exceeds 638. Thus, the answer is 5.
11 * 58 = 638
159 times with a remainder of 2 or 159.5 times
It is: 34 times 1/34 = 1
638 x 2.9 = 1850.2
638
Any room where the length times the width equals 638.
112 can go into 638 a total of 5 times. When you multiply 112 by 5, you get 560, which is the largest multiple of 112 that is less than or equal to 638. If you try 112 multiplied by 6, the result is 672, which exceeds 638. Thus, the answer is 5.
11 * 58 = 638
159 times with a remainder of 2 or 159.5 times
22 x 29 = 638
It is: 34 times 1/34 = 1
To calculate 34 x 29, you can use the distributive property. Break it down like this: ( 34 \times 29 = 34 \times (30 - 1) ), which simplifies to ( 34 \times 30 - 34 \times 1 = 1020 - 34 = 986 ). Therefore, ( 34 \times 29 = 986 ).
79.75
Yes, the product of (16 \times 34) can be expressed as the sum of the products (6 \times 34) and (10 \times 34). This is because (6 + 10) equals (16), so when you distribute (34) across both terms, it confirms that (16 \times 34 = (6 + 10) \times 34 = 6 \times 34 + 10 \times 34). Thus, the equality holds true.
34 x 34= 1156