4/5 times 9/2
There seems to be something missing in the question. But, as it stands, the expression is 10*g/h
The expression 8 times 2 over 5 can be simplified to 16 over 5, which is already in the form of a fraction.
(4/9) x = That's not an equation. If there were a number after the 'equals' sign, then we could calculate the value of 'x'. But as it is, there's no question there, so there's nothing to solve.
1
4/5 times 9/2
1/4
You don't "solve" an expression. You can solve an equation; an expression can be simplified or otherwise manipulated, and if you know the value of "x" (in this case), you can evaluate its value.
Write an algebraic expression for the verbal expression. q squared minus 2 times q
There seems to be something missing in the question. But, as it stands, the expression is 10*g/h
To calculate the acid dissociation constant (Ka) from the original equation, you can use the equilibrium expression that represents the dissociation of the acid and the concentrations of the products and reactants at equilibrium. Ka is equal to the concentration of the products divided by the concentration of the reactants at equilibrium. This value can provide information about the strength of the acid.
5/x4
4/9 * 3/14 = 2/21
The expression 8 times 2 over 5 can be simplified to 16 over 5, which is already in the form of a fraction.
You calculate average change in inventory by dividing the turnover by how many times it has turned over. The number you get is the average.
How can we know? You do not list the expressions "below". At a guess, if one of them is 0.8333(recurring) then it is that one.
That's going to depend completely on the value of 'x', and every time 'x' changes, the value of that expression also changes. Whatever 'x' happens to be at the moment, your expression is [ - 2 / (18+x) ].