Answer:

Total **number** of **calories** in 8 ounce **yogurt** is 300 calories.

**Given that;**

Total **number** of calories in 2 **ounce** yogurt = 75 calories

**Find:**

Total **number** of **calories** in 8 ounce yogurt

**Computation:**

Total **number** of calories in 8 ounce **yogurt** = 75[8/2]

Total number of **calories** in 8 ounce yogurt = 75[4]

Total **number** of calories in 8 ounce yogurt = 300 calories

**Learn more:**

Answer:
Just divide 8 by 2 and you'll get 4

Each container is 2 ounces so do 75 times 4 and you'll get 300 calories

Each container is 2 ounces so do 75 times 4 and you'll get 300 calories

Use angle difference identity to find the exact value.1. tan 15 degrees 2. tan -105 degrees

Plz answer rn nmmmm ASAP!!

What is the solution of the linear system of equations? y=2x-3 y=2x+5

Solve the following equation. Then place the correct number in the box provided.-7z - 7 ≤ -5z + 5

The sum of 3 consecutive odd numbers is 183. what is the second number in this sequence?

Plz answer rn nmmmm ASAP!!

What is the solution of the linear system of equations? y=2x-3 y=2x+5

Solve the following equation. Then place the correct number in the box provided.-7z - 7 ≤ -5z + 5

The sum of 3 consecutive odd numbers is 183. what is the second number in this sequence?

2^2x = 8^x-1

remember

and

if a^x=a^y where a=a, then x=y so

make bases the same

2^(2x)=8^(x-1)

8=2^3

8^(x-1)=(2^3)^(x-1)=2^(3(x-1))

2^(2x)=2^(3(x-1))

threfor

2x=3(x-1)

2x=3x-3

0=x-3

3=x

and

if a^x=a^y where a=a, then x=y so

make bases the same

2^(2x)=8^(x-1)

8=2^3

8^(x-1)=(2^3)^(x-1)=2^(3(x-1))

2^(2x)=2^(3(x-1))

threfor

2x=3(x-1)

2x=3x-3

0=x-3

3=x

every day for a week and collects data on their responses. Identify the population

and the sample. Give a reason why the sample could be biased.

Oa)

Population: All parents who respond to the survey

Sample: All parents with students at the school

Possible Bias: The parents who answered the phone may not be

representative of the whole population because younger parents are more

likely to answer the phone than older ones.

b)

Population: All parents with students at the school

Sample: All parents who respond to the survey

Possible Bias: Parents who are at home between 4:00 and 5:00 P.M. may not

be representative of the whole population.

Oc) Population: All parents with students at the school

Sample: All parents who respond to the survey

Possible Bias: Some parents do not like a particular teacher.

d)

Population: All parents who respond to the survey

Sample: All parents with students at the school

Possible Bias: Some of the people contacted did not answer every question

**Answer: B **

**Population: All parents with students at the school**

**Sample: All parents who respond to the survey**

**Possible Bias: Parents who are at home between 4:00 and 5:00 P.M. may not be representative of the whole population.**

b 42/x

c 42x

d x * 42

this broke my head

Forty-two people at a Fourth of July picnic equally shared a watermelon that weighed x pounds. What was the weight of each piece of watermelon shared at the picnic?

a x/42

a x/42

2/3 divided by 5

2/3 divided by 5/1

2/3 x 1/5

=2/15

B. 1638

C. 81

D. 819

The result is B. 1638.

To calculate this, we will use both an addition and a multiplication rule. The addition rule is used to calculate the probability of one of the events from multiple pathways. If you want that only one of the events happens, you will use the addition rule. The multiplication rule calculates the probability that both of two events will occur.

First, there are two possibilities for winning exactly one match:

1. To win the first match and lose the second one.

2. To lose the first match and win the second one.

9% = 0.09 is the probability of winning. The probability of losing is 1-0.09 = 0.91. To calculate the probability of winning the first match and losing the second one and vice versa, we will use the multiplication rule:

1. 0.09 × 0.91 = 0.0819

2. 0.91 × 0.09 = 0.0819

We want to either one of these events to happen, so using the addition rule, we have:

0.0819 + 0.0819 = 0.1638

In 10,000 matches:

0.1638 × 10,000 = 1,638

To calculate this, we will use both an addition and a multiplication rule. The addition rule is used to calculate the probability of one of the events from multiple pathways. If you want that only one of the events happens, you will use the addition rule. The multiplication rule calculates the probability that both of two events will occur.

First, there are two possibilities for winning exactly one match:

1. To win the first match and lose the second one.

2. To lose the first match and win the second one.

9% = 0.09 is the probability of winning. The probability of losing is 1-0.09 = 0.91. To calculate the probability of winning the first match and losing the second one and vice versa, we will use the multiplication rule:

1. 0.09 × 0.91 = 0.0819

2. 0.91 × 0.09 = 0.0819

We want to either one of these events to happen, so using the addition rule, we have:

0.0819 + 0.0819 = 0.1638

In 10,000 matches:

0.1638 × 10,000 = 1,638

**Answer:**

I think it's second choice: 7 3/8

**Step-by-step explanation:**

i think that would be second one