Answer:
y + 3 = 10/11(x + 3)
Step-by-step explanation:
Given the points (-3, -3) and (8, 7), we can use these coordinates to solve for the slope of the line using the formula:
Let (x1, y1) = (-3, -3)
(x2, y2) = (8, 7)
Substitute these values into the slope formula:
Thus, slope (m) = 10/11.
Next, using the slope (m) = 10/11, and one of the given points (-3, -3), we'll substitute these values into the point-slope form:
y - y1 = m(x - x1)
Let (x1, y1) = (-3, -3)
m = 10/11
y - y1 = m(x - x1)
y - (-3) = 10/11[x - (-3)]
Simplify:
y + 3 = 10/11(x + 3) this is the point-slope form.
Sin E= 0. 198.
E= 11.42°
Step-by-step explanation:
using Pythagoras theorem.
Hyp²= base² + height ².
101²= 99²+x²
x²= 101²-99²
x²=10201-9801.
x²=400
x=√400
x=20
sin E = opposite
________
adjacent.
sin E= 20
__
101.
sin E=0.198.
E= sin^-1(0.198)
E= 11.42°
- -11x+3/3 is what I got.
-2(1-7n)-5n=34
Multiply the bracket by -2
(-2)(1)=-2
(-2)(-7n)=14n
-2+14n-5n=34
-2+9n=34
Move -2 to the other side. Sign changes from -2 to +2.
-2+2+9n=34+2
9n=34+2
9n=36
Divide by 9 for both sides
9n/9=36/9
n=4
Answer: n=4
Answer:
<h3>The number of snacks did Jared's guest eat is
</h3>
Step-by-step explanation:
Given that Jared made 
cups of snack mix for a party.
Let x be the cups of snacks mix made by Jared.
Therefore 
His guests eat 
of the mix.
Let y be the guest eated snacks mix
Therefore 
<h3>To find how many snack mix did his guest eat :</h3>
Let z be the number of snacks did Jared's guest eat
Therefore z=x-y
Therefore 
<h3>Therefore the number of snacks did Jared's guest eat is
</h3>
