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7
The quotient of 4 and 5 is 4 divided by 5, which equals 0.8. The product of 6 and z is 6z. When the quotient of 4 and 5 (0.8) is added to the product of 6 and z (6z), the expression becomes 0.8 + 6z.
2x/8
75/(z + 2) = 25 z = 1
If you think about it, it makes sense. when you divide a whole number (call that number X) by any number less than it(call that Z), the quotient (answer) is smaller than the first number. For example, 10/2=5, 12/4=3. Also, the lower the Z number is (ignoring if it were 1), the higher the quotient is. Therefore, since fractions are lower than 0, the quotient will be higher than the X number.
7
The quotient of 13 and z is expressed as ( \frac{13}{z} ). This represents the result of dividing 13 by the variable z. If z is not equal to zero, this quotient is defined; otherwise, it is undefined.
Well, 'x' is equal to 'z'. Back in plane geometry, there was a mantra that said: "Two quantities equal to the same quantity are equal to each other." This question is an example of that mantra. So for Example: If x = 10 Then x = y (making y = 10) y = z (making z = 10) therefore z is the same.
Q and Z
y=84-72=12 z=84-52=32 x=84-12-32=40
The quotient of 4 and 5 is 4 divided by 5, which equals 0.8. The product of 6 and z is 6z. When the quotient of 4 and 5 (0.8) is added to the product of 6 and z (6z), the expression becomes 0.8 + 6z.
The quotient of 75 and the quantity of a number ( z ) and 2 can be expressed as ( \frac{75}{z + 2} = 25 ). To solve for ( z ), multiply both sides by ( z + 2 ) to get ( 75 = 25(z + 2) ). Expanding this gives ( 75 = 25z + 50 ). Finally, solving for ( z ) results in ( z = 1 ).
To write an algebraic expression for the quotient of 13 and ( z ), you simply divide 13 by ( z ). This can be expressed as ( \frac{13}{z} ). Alternatively, you could also write it as ( 13 \div z ), but the fraction form is more commonly used in algebra.
2x/8
75/(z + 2) = 25 z = 1
To express "32 is the sum of a number z and 9" as an equation, you can write it as: ( z + 9 = 32 ). This equation states that when you add the number ( z ) to 9, the result equals 32. You can also rearrange it to solve for ( z ) by subtracting 9 from both sides, resulting in ( z = 32 - 9 ).
9z-5z = 30+z 3z = 30 z = 10