The values of sin theta and tan theta are √45/7 and √45/4 respectively
Given the following trigonometry identity
cos Θ = -4/7
This shows that
Adjacent = 4
Hypotenuse = 7
Determine the opposite
x^2 = 7^2 - 4^2
x^2 = 49 - 4
x^2 = 45
x = √45
Determine the value of sin Θ
sin Θ = opp/hyp
sin Θ = √45/7
Determine the value of tanΘ
tanΘ = opp/adj
tanΘ = √45/4
Hene the values of sin theta and tan theta are √45/7 and √45/4 respectively
learn more on triginometry here: brainly.com/question/24349828
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HL
SAS
ASA
Answer:
HL
Step-by-step explanation:
DB and EB are of the same length and are the hypotenuse of their triangles.
AB and BC are of the same length as B is the midpoint that splits them exactly in half.
Answer:
x = 7
Step-by-step explanation:
x= number of hours
"cost is not exceed $2500 per day"
not exceed = less than
750+250x < 2500
250x< 2500-750
250x < 1750
x < 1750/250
x<7
7 hours
Answer:
40%
Step-by-step explanation:
From the given statements:
The probability that it rains on Saturday is 25%.
P(Sunday)=25%=0.25
Given that it rains on Saturday, the probability that it rains on Sunday is 50%.
P(Sunday|Saturday)=50%=0.5
Given that it does not rain on Saturday, the probability that it rains on Sunday is 25%.
P(Sunday|No Rain on Saturday)=25%=0.25
We are to determine the probability that it rained on Saturday given that it rained on Sunday, P(Saturday|Sunday).
P(No rain on Saturday)=1-P(Saturday)=1-0.25=0.75
Using Bayes Theorem for conditional probability:
P(Saturday|Sunday)=[TeX]\frac{P(Sunday|Saturday)P(Saturday)}{P(Sunday|Saturday)P(Saturday)+P(Sunday|No Rain on Saturday)P(No Rain on Saturday)}[/TeX]
=[TeX]\frac{0.5*0.25}{0.5*0.25+0.25*0.75}[/TeX]
=0.4
There is a 40% probability that it rained on Saturday given that it rains on Sunday.
To find the probability that it rained on Saturday given that it rained on Sunday, we can use Bayes' theorem. We are given the probabilities of rain on Saturday and Sunday, and we can use the law of total probability to calculate the probability of rain on Sunday. Then, using Bayes' theorem, we can determine the probability of rain on Saturday given that it rained on Sunday.
We need to use Bayes' theorem to find the probability that it rained on Saturday given that it rained on Sunday. Let's denote R1 as the event that it rains on Saturday and R2 as the event that it rains on Sunday. We are given P(R1) = 0.25, P(R2|R1) = 0.50, and P(R2|~R1) = 0.25, where ~R1 represents the event that it does not rain on Saturday. We want to find P(R1|R2), which is the probability that it rained on Saturday given that it rained on Sunday.
Calculating these values will give us the probability that it rained on Saturday given that it rained on Sunday.
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B. weak
C. parabolic
D. strong
Answer: D. Strong
Step-by-step explanation:
Correct on A P E X
Ignore the first answer
Answer:
18
Step-by-step explanation: