Answer:
b)0.83^6
probability of Kobe Bryant making all of his next 6 free throw attempts
=probability of Kobe Bryant making first free throw attempts x
probability of Kobe Bryant making second free throw attempts x
probability of Kobe Bryant making third free throw attempts x
probability of Kobe Bryant making fourth free throw attempts x
probability of Kobe Bryant making fifth free throw attempts x
probability of Kobe Bryant making sixth free throw attempts
= P(make 1) x P(make 2nd) x P(make 3rd) x P(make 4th) x P(make 5th)x P(make 6th) = 0.83^6
3x+21=6x-60
+60. +60
3x+81=6x
-3x. -3x
81=3x
/3. /3
27=x
Answer:
10.5; 13.5
Step-by-step explanation:
7:8:9=_:12:_
8 is corresponding to 12
12/8=1.5
8*1.5=12
So, multiply 7 & 9 by the same value (1.5) to get the answer.
7*1.5=10.5 or 10 1/2
9*1.5=13.5 or 13 1/2
The ratios are:
7:8:9=10.5:12:13.5
The blank spaces are 10.5 and 13.5 respectively.
Hope this helps ;)
The angle measure is 30 degrees.
Drawing out an image, the angle the is between the ground at the hypotenuse (the slanted guy wire), it creates a triangle with the utility pole that was already on the side. The angle between the utility pole and the ground is obviously 90 degrees because it is assumed to be at a straight standing stance.
Normally these two given angles would be added and then subtracted from 180 degrees (the law of Sum of Angles in a Triangle).
60 + 90 = 150 ... 180 - 150 = 30
Also, this can be supported by the 30-60-90 Theorem, which states that if a triangle contains 2 of the 3 angles, the other angle will be the missing one.
Answer: 53/5, 101/20
Step-by-step explanation:
10.6 is = 106/10. Then divide both numerator and denominator by 2. Then it equals 53/5.
5.05 = 505/100. Then divide both numerator and denominator by 5. This will equal 101/20.
