Answer:
d = -3e
Step-by-step explanation:
hope this helps
Answer:
BC/sin 23 = 10/sin 47
Step-by-step explanation:
Here, we want to select the true equation to find the length BC
From the question, we have the angle facing side BC; also, we have the angle and the side facing it for another side
In this situation, the best way to solve for BC is by the use of the sine rule
The sine rule states that the ratio of the length of a side and the sine of the angle facing the side is constant for a given triangle
Thus, we have it that;
BC/sin 23 = 10/sin 47
Step-by-step explanation:
Note: Question does not indicate if probability required is for weight to exceed or below 3000 lbs. So choose appropriate answer accordingly (near the end)
Using the usual notations and formulas,
mean, mu = 3550
standard deviation, sigma = 870
Observed value, X = 3000
We calculate
Z = (X-mu)/sigma = (3000-3550)/870 = -0.6321839
Probability of weight below 3000 lbs
= P(X<3000) = P(z<Z) = P(z<-0.6321839) = 0.2636334
Answer:
Probability that a car randomly selected is less than 3000
= P(X<3000) = 0.2636 (to 4 decimals)
Probability that a car randomly selected is greater than 3000
= 1 - P(X<3000) = 1 - 0.2636 (to 4 decimals) = 0.7364 (to 4 decimals)
3/10 of 5/6....." of " means multiply
3/10 * 5/6 = 15/60 reduces to 1/4......1/4 of her garden has red flowers
Solution-
∵ she earns $50 per day and she worked 30 days in the quarter.
∴ Her total earning for this period = $(50×30) = $1500.
Also she earns 3% commission for her sales.
∴ Her total earning by commission =3% of $4596= $ (3×4596)/100
= $ 137.88
∴Total amount earned by Paige= $137.88+$1500
=$ 1637.88
