Answer:
105 sq. cm
Step-by-step explanation:
The shortest altitude will ⊥ to the longest side.
A = (1/2)bh
=.5(30)(7)
= 105 sq. cm
The answer I 0.03951219512
Answer:
k = 2
Step-by-step explanation:
slope = rise/run = (y1 - y2) / (x1 - x2)
s = (7 - (3-k)) / ((k+3) - (-5)) give slope is 3/5
3/5 = (7 - (3-k)) / ((k+3) - (-5)) then multiply both sides by ((k+3) - (-5))
(3/5)((k+3) - (-5)) = (7 - (3-k))
(3/5)(k+3+5) = 7 - 3 + k
(3/5)(k+8) = 4 + K
3k/5 + 24/5 = 4 + k
3k/5 - k = 4 - 24/5
3k/5 - 5k/5 = 20/5 - 24/5
-2k/5 = -4/5
-2k = -4
k = 2
Unfortunately, your answer is incorrect, but I totally understand your thinking. However, 1/4 is the probability for each individual that they'll be placed in a general civil case. Since there are two of them, and the question is asking the probability that only one will be in a general civil case, you have to approach the problem slightly differently.
There is a 1/16 chance that both will be put in the case (1/4 * 1/4), a 9/16 chance that neither will be put in the case (3/4 * 3/4), and therefore leaving a 6/16 chance that only one of them will be placed in the civil case. (1 - (1/16 + 9/16). This is equivalent to the decimal 0.375.
Draw out a chart of all the 16 possibilities, and circle the ones where the criteria meet. You'll find that there are 6 instances where one of them is put in a general civil case alone.
Answer:
89 cents
Step-by-step explanation:
6 dimes are 60 cents
5 nickels are 25 cents
4 pennies are 4 cents
60 + 25 + 4= 89
