Which of the following is 16 60 in simplest form

Answers

Answer 1

Answer: There are no options given, but I will give you the exact answer of 16/60 simplified.

$(16)/(60) \n \n GCF = 4 \n \n 16 / 4 = 4 \n \n 60 / 4 = 15 \n \n (4)/(15) \n \n Answer: \fbox {4/15} \ or \ \fbox {0.2667}$

Answer 2

Answer: $(16)/(60) = (4* 4)/(4* 15) = \boxed{\bf{(4)/(15) }}$

Hello!

The answer is:

$MinimumNumberOfWeeks\geq5$

Why?

First, we need to find the money that Jarred needs including the money that he has already saved.

$MoneyNeeded=1200-400=800$

So, Jarred needs $800.

If he earns $160 a week, we can find the minimum weeks he has to work in order to earn $800 following the next steps:

$WeeksToWork=(MoneyNeeded)/(WeeklyEarn)=(800)/(160)=5$

So, if he has to work at least 5 weeks to earn the total amount of money, it can be expressed by the following inequality:

$MinimumNumberOfWeeks\geq5$

Have a nice day!

Final answer:

Jarred has to save $800 more to buy the go-cart, that is $1,200 minus the $400 he already saved. If he earns $160 per week, the inequality representing the minimal number of weeks he has to work is: 160w >= 800. If we solve this inequality for w, we find that w must be equal or greater than 5 weeks.

Explanation:

This question is about solving inequalities. The cost of the go-cart is $1,200 and Jarred has already saved $400. That leaves him with $800 he still needs to save.

His job pays him $160 a week. Therefore, we can identify the inequality as 160w + 400 ≥ 1,200.

To determine the minimum number of weeks Jarred needs to work, we solve for w

Steps to solve:

Subtract 400 from both sides of the equation to isolate the term with w: 160w ≥ 800.
Divide both sides by 160 to solve for w: w ≥ 5.
As you cannot work a fraction of a week, the minimum number of weeks he needs to work is 5.

Learn more about inequalities here:

brainly.com/question/32625151

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Type the correct answer in each box. If necessary, use / for the fraction bar(s).In this triangle, the product of sin B and tan C is
, and the product of sin C and tan B is
.

Answers

The product of sin B and tan C is c/a

The product of sin C and tan B is b/a

Further explanation

We can use

SOH stands for Sine = Opposite ÷ Hypotenuse.

CAH stands for Cosine = Adjacent ÷ Hypotenuse.

TOA stands for Tangent = Opposite ÷ Adjacent.

There is a picture attached

$\tt sin~B=(b)/(a)\n\nTan~C=(c)/(b)\n\nsin~B* Tan~C=(b)/(a)* (c)/(b)=(c)/(a)$

$\tt sin~C=(c)/(a)\n\nTan~B=(b)/(c)\n\nsin~C* tan~B=(c)/(a)* (b)/(c)=(b)/(a)$

Answer:

The product of sin B and tan C is (c/a)

The product of sin C and tan B is (b/a)

PLATO

Find the volume of a triangular pyramid with a base area of 24 ft2 and a height of 18 ft.144 ft3

432 ft3

Answers

the answer to that is 144 ft ^3.

Volume = (1/3) * base area * height
= 1/3 * 24 * 18
= 144 ft^3

For each minute a race car traveled, the pit crew measured the speed of the car in miles per hour.Which type of graph would best display this information?

A.line plot

B.line graph

C.bar graph

D.histogram