Answer:
Step-by-step explanation:
Since the height of each bounce is 3/4 of its last peak height we can use a geometric sequence to find the bounce height for any number of bounces.
h=12(3/4)^b
h(5)=12(3/4)^5
h(5)=2.85m
102 = 2·3·17
The combination is reportedly 2-3-17.
_____
102 is even, so you know it is divisible by 2. The sum of digits is 3, so you know it is divisble by 3. When you factor out 2 and 3, you get the prime number 17, so you know you're done.
Answer:
Step-by-step explanation:
\text{Area of a Triangle}\rightarrow \text{S.A.S.}
Area of a Triangle→S.A.S.
\text{Area}=\frac{1}{2}ab\sin C
Area=
2
1
absinC
From reference sheet.
\text{Area}=\frac{1}{2}(64)(83)\sin 168
Area=
2
1
(64)(83)sin168
Plug in values.
\text{Area}\approx552.213\approx 552
Area≈552.213≈552
Evaluate and round.
Answer: 552
20x-18x=6+8
2x=14
X=7
Answer
Answer:
Ninety thousand, four hundred and three.