The difference of p and q can be written : p - q Twice the difference is therefore 2 x (p - q) which can also be written as 2(p - q) OR 2p - 2q. Consequently you can create another variable (say) y and make this equal to twice the difference of p and q by simply writing, y = 2(p -q)
Well, darling, to write twice the difference of p and q, you simply calculate 2 times (p - q). It's as easy as baking a pie, just double the result of subtracting q from p. So, go ahead and show those numbers who's boss!
2
Qx2+4
The expression "p + 2q" represents the sum of a variable p and twice the value of another variable q. This can also be written as p + 2 * q, where the asterisk denotes multiplication. In algebraic terms, this expression cannot be simplified further unless specific values are assigned to the variables p and q.
The difference of p and q can be written : p - q Twice the difference is therefore 2 x (p - q) which can also be written as 2(p - q) OR 2p - 2q. Consequently you can create another variable (say) y and make this equal to twice the difference of p and q by simply writing, y = 2(p -q)
Well, darling, to write twice the difference of p and q, you simply calculate 2 times (p - q). It's as easy as baking a pie, just double the result of subtracting q from p. So, go ahead and show those numbers who's boss!
2
Q: What is the translation of Код приглашения in English? A: Code of the invitation
It is 20.
Ur q makes no sense
Translation: it's because I love you
Yua Q udh nkah.
The 'twice-as-streep' rule states that the curve of the marginal revenue twice as steep is as the demand curve. Therefore, you have to multiply the variable Q with 2 to get the right MR function. Example: Qd = 100 + Q MR = 100 + 2Q
Qx2+4
If the unknown number is q then: 2q+25 = 72
"I bet you that you won't understand anything that I put to you"