The hypothesis (If the sidewalks are wet) of this conditional statement is true, but the conclusion (it has been raining) is false.
<h3>What is a conditional statement?</h3>
A conditional statement can be defined as a type of statement that can be written to have both a hypothesis and conclusion. This ultimately implies that, it typically has the form "if P then Q."
Where:
P and Q represent sentences.
<h3>What is a hypothesis?</h3>
In Science, a hypothesis is primarily considered to be a tentative or an educated guess and it can be defined as a testable explanation for an observation or a specific experimentation (scientific) problem, especially by using the "if . . . then . . . because" format..
The hypothesis (If the sidewalks are wet) of this conditional statement is true, but the conclusion (it has been raining) is false. Also, this can be proven with this counterexample "If the sidewalks are wet, then it is cause of an erosion/irrigation."
Read more on conditional statement here: brainly.com/question/16951916
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Answer:
a. x + 6
Step-by-step explanation:
Answer:
1) 5
2) 0.2
Step-by-step explanation:
The complete question is attached below.
The x-axis represents the time in hours and y-axis represents the distance in kilometers.
The first question asks how many kilometers, does Kendrick walk per hour. The straight line represents the distance traveled at various amounts of time.
The point marked on the graph is against time = 1 hour and Distance = 5 km. So this shows:
Kendrick walks 5 kilometers in 1 hour.
In next part, we have to find how much time Kendrick takes to walk 1 kilometer.
Since, we know that:
Kendrick walks 5 kilometers in time = 1 hour
Dividing both sides by 5, we can write:
Kendrick walks 1 kilometer in time = 1/5 hour = 0.2 hour
So, Kendrick takes 0.2 hours to walk 1 kilometer.
Answer:
x = - 5
Step-by-step explanation:
Using the rule of exponents
•
⇔ 
Given
= 32
= 32
= 
Since the bases are equal, both 5, equate the exponents
Hence x = - 5
Answer:
14.1
Step-by-step explanation:
Hey There!
This is a right triangle so we have to use the Pythagorean Theorem to solve for the missing side
given the hypotenuse and a leg we do


then we just round to the nearest tenth and get that
?=14.1