Ok, let’s take it step by step.
In order to write an equation in slope intercept form, solve for y.
3x+4y=12
First, subtract 3x from both sides.
4y=-3x+12
Now, divide both sides by 4.
y=-3/4x+3.
So, 3x+4y=12 written in slope intercept form is y=-3/4x+3.
Answer:
about seven cubes
Step-by-step explanation:
u have to draw a line to seperate the cube so u can count them it will be easier that way
Answer:
momentum=mass X velocity
Step-by-step explanation:
mv-mu
where mv= final momentum
mu= initial momentum
mv of block A=200kg/ms
mu of block B=150kg/ms
mv of block B=?
A=100kg/ms
solution:
mv-mu(A)=200-100=100
mv-mu(B) =B- 150
100(B-150)
100B -15000
100B/100=15000/100
B=150
Since there are two unknowns, Matt's age and Andy's age, we need to formulate two algebraic equations in order to solve the system. The first independent equation that we could form, is the relation ship of their ages. Suppose we let Matt's age be equal to x. Andy's age will be denoted as y. Then,
x = 5 + 2y
The second independent equation would be the sum of their ages:
x + y ≤ 35
As you can observe, I used an inequality with the symbol ≤ which means less than or equal to. It means that their sum could be less than or equal to 35. So, the equation is
x + y ≤ 35
Solving the equation,
5 + 2y + y ≤ 35
3y ≤ 35-5
3y ≤ 30
y ≤ 10
Thus, Andy's greatest age could be 10 years old.
