The bag contains,
Red (R) marbles is 9, Green (G) marbles is 7 and Blue (B) marbles is 4,
Total marbles (possible outcome) is,
Let P(R) represent the probablity of picking a red marble,
P(G) represent the probability of picking a green marble and,
P(B) represent the probability of picking a blue marble.
Probability , P, is,
Probablity of drawing a Red marble (R) and then a blue marble (B) without being replaced,
That means once a marble is drawn, the total marbles (possible outcome) reduces as well,
Hence, the best option is G.
Answer:
| x - 0 | ≤ 2
Step-by-step explanation:
Given,
The ideal temperature of the freezer = 0° F,
Also, it can fluctuate by 2° F,
Thus, if x represents the temperature of the freezer,
Then, there can be two cases,
Case 1 : x > 0,
⇒ x - 0 ≤ 2
Case 2 : If x < 0,
⇒ 0 - x ≤ 2,
⇒ -( x - 0 ) ≤ 2,
By combining the inequalities,
We get,
| x - 0 | ≤ 2,
Which is the required inequality.
Answer:
Step-by-step explanation:
salut :
500 000 000= 5× 10^8
650 000= 6,5 ×10^4
58 400 000 000= 5.84 ×10^8
0,000 6= 6×10^-4
0,000 032= 3.2 ×10^-4
0,000 000 072 3= 7.23 × 10^-8
0,000 000 072 3=7,23×10^-7
Answer: I’m wasnt sure if u r supposed to round up. I assumed that we round down at the hundredth decimal cuz money. Also, make sure to include money signs when you write the numbers down.
A. 42.57
b. 50.96
C. 49.44
D. 63631.44
E. 127.05
F. 3805.49
G. 3.76
H. 2687.61
I. 9526.21
J. 3453.78
Step-by-step explanation:
A. 30 x 1.419= 42.57
B. 45 x 1.13250= 50.9625
C. 56/ 1.13250= 49.44812362
D. 478.90 x 132.87= 63631.443
E. 89.54 x 1.419= 127.05726
F. 5400/ 1.417= 3805.49682875
g. 500/ 132.87= 3.76307669
H. 4500/ 1.67435= 2687.61011735
i. 5689.50 x 1.67435= 9526.214325
J. 458904/ 132.87= 3453.78189207
