Answer:
The functions ordered from least to greatest y-intercept are
1) h(x) -----> y-intercept -1
2) g(x) ----> y-intercept 1
3) f(x) ----> y-intercept 2
Step-by-step explanation:
we know that
The y-intercept (or initial value) is the value of y when the value of x is equal to zero
Part 1) Find the y-intercept of g(x)
Remember that the initial value of the fuction is equal to the y-intercept
a=1 -----> is the initial value
therefore
The y-intercept of g(x) is 1
Part 2) Find the y-intercept of f(x)
Observing the table
For x=0
f(x)=2
therefore
The y-intercept of f(x) is 2
Part 3) Find the y-intercept of h(x)
Observing the graph
For x=0
h(x)=-1
therefore
The y-intercept of h(x) is -1
He would weight 3.745 kg. Dividing it by 1,000 which is what a kg is more to a gram, 1,000 g = 1 kg. If the problem looked like 3,745. then move the dot over by how many zero's there is in 1,000, which is 3. 3.745. And sorry, but I am not sure about your other problem. But if I were to guess, I would say 34 units.
**Answer**: D
Some triangles may have right angels but all triangles never have all 3 right angles
So the answer is D
Answer:
Trench warfare was a technique used to fight in World War 1. As they could hide/defend there. Get supplie there. They could even have medical areas there, but the problem was a stalemate as that was such a thing that no one attacks and they stay without moving on in the battle.
First restaurant price: 29 + 6l = x
x = final cost
l = kilo of lobster
Second restaurant price: 41 + 3l = x
We want them to be the same price, so: 29 + 6l = 41 + 3l
Subtract 3l from each side
29 + 3l = 41
Subtract 29 from both sides
3l = 12
Divide both sides by 3
l = 4
So, if she buys 4 kilograms of lobster from either place, it will cost the same.
It would cost $53.
