Answer:
1/13
Step-by-step explanation:
<em>Knowing that:</em>
<em>In a deck of card half of the deck of card are red: 1/2 </em>
<em>Also means 52/2 = 26</em>
<em> There are 2 red 10 in a deck of card.</em>
<em>Solve:</em>
<em>Since there are 2 red 10 in a deck of card and half of the deck of 52 card are red also known as 26.</em>
<em>Thus, the probability of getting a red 10 is 2/26. As you can see that not a answer choice. That because 2/26 is a even number as well as it means that it can be simplify.</em>
<em> GCD (or HCF) of 2 and 26 is 2.</em>
<em>Therefore, divide both by 2.</em>
<em>2/2 = 1</em>
<em>26/2 = 13</em>
<em>Hence, we can see that the simplify form is 1/13.</em>
<em>As a result, the probability of getting a red 10 is 1/13.</em>
<em />
<u><em>~lenvy~</em></u>
Substitute the x-value and see if you get the corresponding y-value. The corresponding y-value an x-value of 3 in this equation should be
Since the coordinate (3,32) does not represent that, it is a false solution
Answer:
y = 4
Step-by-step explanation:
KM / 10 = KO / 16
(4y - 1) / 10 = 6y / 16
KO = 4y-1 + 2y+1 = 6y
cross-multiply:
60y = 64y - 16
-4y = -16
y = 4
Answer:
m∠QRT = 90°
m∠QRT = m∠SRT
Step-by-step explanation:
Triangle QST is isosceles with QT ≅ ST. In isoscels triangle QST, angles STR and RTQ are congruent.
RT is angle T bisector, so angles QTR and STR are congruent.
Consider two triangles QTR and STR. In these triangles:
- TR ≅ TR (reflexive property);
- ∠QTR ≅ ∠STR (given);
- QT ≅ ST (given).
By SAS postulate, these two triangles are congruent. Two congruent triangles have congruent corresponding sides, so
Angles QRT and SRT are supplementary (add up to 180°). Since these two angles are congruent, they have the same measure equal to 
So, true options are
m∠QRT = 90°
m∠QRT = m∠SRT
In 127 games for the Barons, MJ managed just three home runs, 17 doubles, and one triple. All told, it amounted to a . 266 slugging percentage, which is puny by any measur
