Call the unknown number n. Then, from the problem statement, {4[(n + 7 - 2) - n]} - 2 = 18. This is always true because [(n + 7 - 2) - n] is simply 5.
3.75 and the word is subtract, not substract.
The sAme you started with.
122. Subtract 10% from C. Multiply times 2. Add 32. Works on any number. 50 -5*2+32=122
add (+) subtract (-) multiply (x) divide ( / ) and power. To power a number you the number, how about 2, and raise it to another number, let's go with 4. so it would be 2^4, which is equivalent to 2x2x2x2 (There are four 2's
Using algebra the number works out as 25
2 and 5 if you multiply them. 50 and 5 if you divide them. 5 and 5 if you add them. 15 and 5 if you subtract them.
7
34?
-6
Call the unknown number n. Then, from the problem statement, {4[(n + 7 - 2) - n]} - 2 = 18. This is always true because [(n + 7 - 2) - n] is simply 5.
3.75 and the word is subtract, not substract.
365 would be next because you multiply the last number by three then subtract one.
The sAme you started with.
You have a number of choices, including: -- Add -32 -- Subtract +32 -- Multiply by 1/2 -- Divide by 2 -- Raise 64 to the 5/6 power
you can multiply add subtract divide make into a fraction or percentage or squuare it or cube it ortry to maki it using base 2
no, you multiply first. For example 2 + 3 x 4 + 5 = 2 + 12 + 5 = 193 +