Use the examples they have at the top to answer!
Has to be that method
3. First, turn the fractions into improper fractions
11/8 + 11/4
Since we can't divide 11 by 2 to make the denominator of the first fraction 2, let's multiply both sides of the second fraction by 2 instead.
11/8 + 11*2/4*2 = 11/8 + 22/8
33/8, or 4 1/8
(I already answered numbers 4 and 6 in a previous question you asked)
5. 1 1/2 + 2 3/4
Obviously, we'll start by converting the fraction into improper fractions.
3/2 + 11/4
Multiply both sides of the first fraction by 2
3*2/2*2 + 11/4 = 6/4 + 11/4 = 17/4
17/4, or 4 1/4
Answer:
Hence, the length of segment AD is 5 units
Step-by-step explanation:
Clearly we could see that the segment AD is the hypotenuse of the right angled triangle ΔDGA.
where GA is the base of the right angled triangle.
DG is the perpendicular of the triangle.
Also length of GA=4 units.
and length of DG=3 units.
Hence, length of AD is calculated using the Pythagorean Theorem in the triangleΔDGA:
Hence, the length of segment AD is 5 units.
24 is 60% of the number 40.
To find the number that 24 is 60% of, we can set up a proportion. Let's assume the unknown number is represented by "x". The proportion would be:
24/x = 60/100
To solve for x, we can cross-multiply:
60x = 24(100)
Simplifying the equation:
60x = 2400
Dividing both sides by 60:
x = 2400/60
x = 40
Therefore, 24 is 60% of 40.
To verify this, we can calculate 60% of 40:
60% of 40 = (60/100) (40) = 0.6(40) = 24
So, indeed, 24 is 60% of 40, and our solution is consistent.
To learn more about the percentage;
#SPJ6
Answer:
Step-by-step explanation:
Let
x -----> Kevin’s savings accounts amount at the beginning of the month
Remember that
we know that
The amount in Kevin’s account at the end of the month is equal at the amount at the beginning of the month multiplied by 1.04
so
QUESTION 1: (2, -3) and (5, -4)
Y2 -Y1
X2 -X1
-4 - -3
5 - 2
= - 1
3
QUESTION 2: (3, -4) Slope = 6
About Point Slope Form:
Y - -4 = 6 (x - 3)
Answer:
80°
Step-by-step explanation:
<A+<B+<C=180
30+<B+70=180
100+<B=180
<B=180-100
= 80
consider triangle ABC and triangle EDC
AC=CE (given
BC=CD (given
<ACB=<ECD (vertically opposite angles are equal)
therefore triangle ABC is congruent to triangle EDC
<B=<D (CPCT)