rfghfguif
This is also written as: 399j - 187
It's an algebraic expression that can be simplified to: j-128
The expression 3.09(j plus 4.6) is a mathematical expression that cannot be simplified further until the value of j is known. Without knowing the value of j, we cannot evaluate or simplify the expression any further.
"J minus 3" and "the difference of j and 3.
rfghfguif
This is also written as: 399j - 187
V/2 + 4
-65
It's an algebraic expression that can be simplified to: j-128
{(J/4)-8}<4 if j<48
four more than j or j+4 or j--4 or 2j+(4-j) or (0.0j + 0.04) *100 BOGIF buy one get infinity free
Kenny has 3 more apples than Jenny. If Jenny has j apples, write an expression to how man apples Kenny has
It's just like solving algebra: [(J/4)-8] < (4) (J/4) < (12) (J) < (12*3) J < 48 The inequality is true when J is less than 48.
W = j + 10
The expression 3.09(j plus 4.6) is a mathematical expression that cannot be simplified further until the value of j is known. Without knowing the value of j, we cannot evaluate or simplify the expression any further.
E = Total Ezra collected. C = Cans collected. B = Bottles collected. J = Jars collected. Therefore, E = C + B + J. E = 20 = C + B + J. (Ezra collected 20 items in all) J = B + 2 (He collected 2 fewer bottles than jars) C = B + 6 (He collected 6 more cans than bottles) Substituting into the equation we now have: 20 = (B + 6) + B + (B + 2). 20 = 3B + 8. 12 = 3B. B = 4. (Bottles collected) Substitute B (bottles collected) into the equations for J (jars) and C (cans): J = 4 + 2 = 6 (Jars collected). C = 4 + 6 = 10 (cans collected). Therefore Ezra collected 4 bottles, 6 jars, and 10 cans.