Each letter in each questio stands for a 1-digit number. in each question, no two letters maystand for the same number. Two separate problems are unrelated.Find a value for each letter
MOON Use Numbers 4,7,5,6,2.8,9,3
x AT
____
ACROSS
Please label the School Subject very carefully so that the right teachers will read your post and answer it.
Sra
What numbers can the rational numbers be divided by (1-10) 440,130,644,97,248,636,315,965,1000,459
To solve the problem, we need to assign a unique digit (from the given numbers 4, 7, 5, 6, 2, 8, 9, 3) to each letter in the word "MOON" and the word "AT" such that their product gives a three-digit number when multiplied.
Step 1: Let's consider the word "MOON" first. We have four different letters, so we'll assign each of them different numbers. Starting with "M," we can assign it any of the available numbers: 4, 7, 5, 6, 2, 8, 9, or 3. Let's choose 4 for "M."
Step 2: Now, consider the letter "O." Since we've already used 4, we can't assign it that number. We have seven options left: 7, 5, 6, 2, 8, 9, and 3. Let's choose 3 for "O."
Step 3: Moving on to the second "O," we've already used our two smallest numbers (4 and 3), so we can't assign either of them to this letter. We are left with six options: 7, 5, 6, 2, 8, and 9. Let's choose 8 for the second "O."
Step 4: Finally, we have the letter "N" left. We have three remaining numbers: 7, 5, and 6. Let's choose 7 for "N."
So, the values for each letter in the word "MOON" are:
M = 4
O = 3
O = 8
N = 7
Now, let's move to the word "AT."
Step 5: We need to assign unique numbers to the letters "A" and "T" using the remaining numbers: 7, 5, 6, 2, and 9.
Since we already used 7, we cannot assign it to "A." Let's choose 5 for "A."
Finally, we are left with four numbers: 7, 6, 2, and 9. Let's choose 6 for "T."
Therefore, the values for each letter in the word "AT" are:
A = 5
T = 6
Now, to find the product of MOON x AT, we substitute the assigned values into the equation:
MOON = 4387
AT = 56
Now we calculate:
4387 x 56 = 245672
So, the value of the expression MOON x AT is 245672.