As an error, most likely. Because p is not a number that an ordinary calculator would recognise - much less a calculater!
20p - 8p = 12p
8p+5 = 11+7p= 8p-7p = 11-5p = 6
A calculator can convert numbers that appear as decimals into numbers that appear as fractions. Fractions are generally considered more easy to use then decimals.
To find out how many times greater 8 is than 8p, you can divide 8 by 8p. This results in ( \frac{8}{8p} = \frac{1}{p} ). Therefore, 8 is ( \frac{1}{p} ) times greater than 8p, which means it depends on the value of p. If p is positive, 8 is greater than 8p when p is less than 1, and vice versa.
8p - 3 = 13 add 3 to both sides 8p = 16 divide by 8 to both sides p = 2
-8p + 3 = -29 8p - 3 = 29 8p = 29 + 3 8p = 32 p = 32/8 p = 4
2p+10 = 8p-14 2p-8p = -14-10 -6p = -24 p = 4
5p-14 = 8p +4 take the 14 to the other side and the 8p to the other side so 5p-8p = 4 +14 -3p = 18 p = -18/3
-8 = -8p + 4Add 8p to each side:8p - 8 = 4Add 8 to each side:8p = 12Divide each side by 8:p = 1.5
20p - 8p = 12p
8p+5 = 11+7p= 8p-7p = 11-5p = 6
A calculator can convert numbers that appear as decimals into numbers that appear as fractions. Fractions are generally considered more easy to use then decimals.
Please help, math problems. 8p - 10 of 5 + x = ...??
8p-p-4p= 7p-4p= 3p
Yes -------------------------- 8p is equivelant to 8 1 pennies.
To find out how many times greater 8 is than 8p, you can divide 8 by 8p. This results in ( \frac{8}{8p} = \frac{1}{p} ). Therefore, 8 is ( \frac{1}{p} ) times greater than 8p, which means it depends on the value of p. If p is positive, 8 is greater than 8p when p is less than 1, and vice versa.
8p - 3 = 13 add 3 to both sides 8p = 16 divide by 8 to both sides p = 2