Let's have Steve's age be <em>x</em><em />, and his father's age be <em>f</em>
Then, we can set up equations
Steve is one-fourth as old as his father goes to an equation as x=(1/4)f
In five years (x+5), Steve will be one-third as old as his father will be (f+5). This goes to an equation as x+5=(1/3)(f+5)
We can then solve the first equation for either variable (I will be doing f), and plug it in for a system of equations.
x=(1/4)f
4x=f ← plug that in for f in the next equation
x+5 = (1/3)(4x+5) ← Solve this for x
3(x+5)=4x+5
3x+15=4x+5
3x+10=4x
10=1x
x=10
Therefore, Steve's age is 10. His father's age is <em>f=4x, </em>plug in 10 for x, and his father's age is 40
Answer:50%
Step-by-step explanation:
6/12=1/2
1/2 of 100%= 50
Answer:
You will need to find the number of measures per beat (it will be a fraction): 7/56=0.125 Then, you multiply that by 104: 0.125x104=13 This means that there will be 13 measures after 104 beats.
Step-by-step explanation:
104 beats is multiplied with the decimal of the fraction of beats and measures which means it has been used with whole numbers
0.125 is not a whole number we know x 100 is 12.5 and we know x4 is 0.5
When we work with the first 4 multiples we can usually spot whether it would take more than 4 to round figure it to 0.5 to add to 12.5
There are 3 digits as decimals and x 100 quantifies. just by adding 4 to x100 to each of them until a whole number found 12.5 + 0.5 = whole number = 13.
1. 22
2. -3
3. 21
4. 3.6
5. 22
6. 6
7. 18
8. 6
9. 24
10. 1
Answer:
1. brandon can read 30 words per minute
Step-by-step explanation:
