Answer:
Part 1: 25 feet long
Part 2: 8 feet high
Step-by-step explanation:
A^2 +B^2 =C^2
C is the hypotenuse which you are finding for part 1.
You are finding B for part 2.
Part 1:
15^2 + 20^2 = C^2
225+400=C^2
625=C^2
Sqrt(625)= C
25=C
Answer for Part 1 is 25 feet long.
Part 2:
6^2 + B^2 = 10^2
36 + B^2 = 100
Subtract 36 from both sides.
B^2 = 64
B= sqrt(64)
B= 8
Answer for Part 2: 8 feet high
First, find a common denominator (preferably the LCD): 8 and 6 both factors of 24, which is also the LCM, so we'll use that.
Second, manipulate the numerators so that the fractions are equivalent to the ones you started-out with: In order to make 7/8 equal to a fraction that has a denominator of 24, we have to multiply the numerator by 3, since we multiplied the denominator by 3 to make it 24. We will do the same process for the fraction 4/6.
Thus far, we should have 21/24 plus 16/24.
Next, all we have to do is add the numerators together, and keep the denominator. You should end-up with 37/24. If your teacher doesn't want an improper fraction, we can simplify this by dividing 37 by 24, which gives us 1, and then subtracting 24 from 37 in order to find-out how many twenty-fourths we have left over. Since this is equal to 13, the mixed-number form of the answer would be 1 13/24 ("one and thirteen twenty-fourths").
3/n and 6/n I hope it helped
Answer:
The independent quantity is normally plotted on the horizontal (x) axis - which means that the points in the x coordinate are the domain. Since the dependent quantity is normally plotted on the vertical (y) axis, the y-coordinates make up the range.
i hope this helped
Step-by-step explanation: