<span> <span><span> <span> Part a </span> <span> Segment RS
Hint: What type of segment is RS? </span> <span> 5 cm </span> <span>
RS is the Radius of circle R the diameter of circle P is 10 cm and circle R and P are congruent and a radius is half of ten so 10 / 2 = 5 cm
<span> <span><span> <span> Part c </span> <span> Arc SV
Hint: Read the green Arc Measures box on pg. 231. </span> <span> 35 * </span> <span> Angle SRV = 35 *
Arc SV = 35 *
Because the degree measure of a minor arc is the measure of it’s central angle
<span> <span><span> <span> Part d </span> <span> Area of Circle R Leave your answer in terms of π
Hint: See the example problem on pg. 192.
</span> <span> 25π cm </span> <span> Π r2= π 52
52 = 25 π
25 π cm
</span> </span> </span></span> </span> </span> </span></span> </span> </span> </span></span>
We have that
<span>y=−2x+5 --------> equation 1
3x−4y=2---------> equation 2
</span><span>substituting 1 in 2
</span>3x-4*(-2x+5)=2--------> 3x+8x-20=2--------> 11x=22-----> x=2
y=-2x+5-----> -2*2+5-----> y=1
the solution is
x=2
y=1
Answer:
Yes, it does.
Step-by-step explanation:
Every regular shaped figure will have rotational symmetry, since they are built with identical segments all around.
To find the answer, ask yourself « If I rotate the shape, is there a time where I’ll find the exact same shape again with a different angle? »
So, a square has rotational symmetry, but not a rectangle.
A equilateral triangle has rotational symmetry, but not any other type of triangle.
Answer: 5/19
Step-by-step explanation:
(probability of blue chip)/(total chips) x (probability of red chip)/(new total chips)
10/20 x 10/19 = 100/380
simplify: 5/19
Answer:
6 units
Step-by-step explanation:
