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4 years ago

Exe.1

1 answer:

4 0

Exe.1
a. 0.1+0.1<1, 0.2+0.2 <1, 0.3+0.3 <1, 0.4+0.4 <1, 0.41+0.41 <1
b.0.5+0.5, 0.2+0.8, 0.6+0.4, 0.3+0.7, 0.9+0.1
c. 0.9+0.9, 0.8+0.8, 0.7+0.7, 0.6+0.60, 0.61+0.61
exe 2
8.55 and 2.22, 7.34 and 1.01, 7.35 and 1.02, 7.36 and 1.03, 7.37 and 1.04
exe 3
the two numbers are both decimals less than one. example: 0.01 and 0.1

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Analyze the conditional statement below and complete the instructions that follow. You will receive the trophy if you win the ch

kherson [118]

This is a problem of logic. So we need to identify what the conditional statement means. In logic, there are several operators, one of them is the conditional operator. As the name implies, the conditional operator creates a compound statement that sets up a condition for something to be true. If the condition is met, the statement is true.

Symbol: →

Parts of Conditional: Two simple statements joined by the conditional symbol. The first simple statement in a conditional is called the antecedent and the second simple statement is called the consequent.

So let's analyze each case:

Case 1. Analyze the conditional statement and complete the instructions that follow.

Statement: You will receive the trophy if you win the championship match.

We can rewrite this in a standard form of the conditional operator, that is:

A→B: If you win the championship match then you will receive the trophy

A: You win the championship match
B: You will receive the trophy

Hypothesis: You win the championship match
Conclusion: You will receive the trophy

Case 2.

According to the problem we have:

Hypothesis: You will receive the trophy.
Conclusion: You win the championship match

A: You will receive the trophy.
B: You win the championship match

We can rewrite this in an standard form of the conditional statement, that is:

A→B: If you will receive the trophy then you win the championship match

Case 3.

According to the problem we have:

Hypothesis: You do not win the championship match.
Conclusion: You will not receive the trophy

A: You do not win the championship match.
B: You will not receive the trophy

We can write this in a conditional statement:

A→B: If you do not win the championship match then you will not receive the trophy

Case 4.

According to the problem we have:

Hypothesis: You win the championship match
Conclusion: You will receive the trophy

We can rewrite this in a conditional statement:

A: You win the championship match
B: You will receive the trophy

We can write this in a conditional statement:

A→B: If you win the championship match then you will receive the trophy

Case 5.

According to the problem we have:

Hypothesis: You will not receive the trophy
Conclusion: you do not win the championship match

A: You will not receive the trophy
B: You do not win the championship match

We can write this in a conditional statement:

A→B: If you will not receive the trophy then you do not win the championship match.

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4 years ago

Read 2 more answers

3/24 in lowest terms

lesya [120]

3/4 =3/4

4/6= 2/3

8/18= 4/9

9/15=3/5

7/21= 1/3

10/12= 5/6

4/8= 1/2

10/16=5/8

15/20= 3/4

3/30=1/10

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3 years ago

Which point is an x-intercept of the quadratic function

julia-pushkina [17]

Answer: -9,0

Step-by-step explanation:

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4 years ago

Read 2 more answers

The cost, in dollars, of manufacturing x microwaves is 6,000 + 300x dollars. The amount received when selling these x microwaves

densk [106]

Answer:

21 microwaves

Step-by-step explanation:

The net profile is equal to the income less the total cost, so the equation to the net profile NP is:

NP = 700x - (6000 + 300x)

Where 700x is the income and (6000+300x) is the cost of manufacturing.

Now, replacing NP by 2400 and solving for x, we get:

2400 = 700x - (6000 + 300x)

2400 = 700x - 6000 - 300x

2400 + 6000 = 400x

8400 = 400x

$\frac{8400}{400}=x\\ 21=x$

So, the least number of microwaves that must be manufactured and sold so that the net profit is $2400 is equal to 21.

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4 years ago

Prove that quadrilateral ABCD with the vertices A (2,1), B (1,3), C (-5,0) D (-4,-2) is a rectangle. Graph the rectangle and the

Furkat [3]

Answer:

Just find the distance of the vertices of the quadrilateral ( such as : AB, BC, CD DA )by using distance formula...

Then if opposite sides of quadrilateral is equal then it is rectangle .....

hope you understand...

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3 years ago