er, sixty-two plus seven aitch?
62 + 7h
If: 7h+4 = -80 then h = -12
Unless you have a value for 'h', the answer will just be an expression: 10 + 7h
h = 0.538462 14 + 5h + 2h = 5h + 28h 14 + 7h = 33h 14 + 7h - 7h = 33h - 7h 14 = 26h 14/26 = 26/26h 0..538462 = h
(7h + 35) / (-7) = (7h)/(-7) + (35)/(-7) = (-h) + (-5) = - (h + 5)
In the expression 7h + 3, the coefficient is 7, which is the numerical factor of the variable h. The constant is 3, which is a term without a variable attached to it. Coefficients and constants are essential components in algebraic expressions and equations, helping determine the value of the expression based on the variables involved.
In algebra, the expression "62 7h" can be written in word form as "sixty-two plus seven times h." This indicates that 62 is being added to the product of 7 and the variable h.
Unless you have a value for 'h', the answer will just be an expression: 10 + 7h
If: 7h+4 = -80 then h = -12
h = 0.538462 14 + 5h + 2h = 5h + 28h 14 + 7h = 33h 14 + 7h - 7h = 33h - 7h 14 = 26h 14/26 = 26/26h 0..538462 = h
(7h + 35) / (-7) = (7h)/(-7) + (35)/(-7) = (-h) + (-5) = - (h + 5)
It is: 11h
19h which = 7PM in the evening
h + 6h = 7h
5(2g + 7h)
7h - 2 - 51 is an expression NOT an equation. An expression cannot be solved for the value of a variable.
No, (5h + 2h^2) is not equivalent to (7h). The expression (5h + 2h^2) contains a term (2h^2), which is a quadratic term, while (7h) is a linear term. Therefore, they represent different mathematical expressions.
7h+39=60 Take away 39 from both sides (called isolating your variable) 7h=21 Divide by seven, because (I assume) you are looking for h, not 7h h=3 And to check: 7(3)+39=60 21+39=60 60=60