-17 + 25 + -6 - 18 can you please show work too, thank youu

The balance of water left in the bottle is 625 milliliters.

How Liters and Milliliters are calculated?

• A liter exists as a unit of volume in the metric system.
• A liter exists described as the volume of a cube that exists 10 centimeters on a side.
• Liters and milliliters are metric units of volume which are used to measure the capacity of a liquid.
• The capacity of a liquid can be measured in milliliters, centiliters, liters, and kiloliters.
• There are about 3.785 liters in a U.S. gallon.

1 liter = 1000 milliliters

Let, 1000 milliliters - 375 milliliters = 625 milliliters

To learn more about liters and milliliters refer to:

brainly.com/question/16455980

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Answer:

625 millilitres

Step-by-step explanation:

1 litre = 1000 millilitres

Left -> 1000 millilitres - 375 millilitres = 625 millilitres

Answer:

2. 180-115 = 65

3. angle = 90-37 = 53

4. angle = 90 - 15 = 75

5. angle = 90-43 = 47

6. 109+71 = 180 = S

7. 19+71 = 90 = C

8. 89+1 = 90 = C

9. 34+56 = 90 = C

10. 75+75 = 150 = N

11. 16+74 = 90 = C

12. 90+90 = 180 = S

13. 65+115 = 180 = S

Hope this helps

Answer:

the probability of the treasure being in the area given that no treasure is found is 0.0625 (6.25%)

Step-by-step explanation:

denoting the event N= no treasure is found , then

P(N) = probability that the lost treasure is in the area* probability that the lost treasure is not found in the treasure's area + probability that the lost treasure is not in the area*  probability that the lost treasure is not found in other areas = 0.4*0.1 + 0.6*1 = 0.64

P(N) = 0.64

then we can get the conditional probability using the theorem of Bayes . Denoting the event A= the treasure being in the area

P(A/N) = P(A∩N)/P(N) = 0.4*0.1/0.64 = 0.0625 (6.25%)

where

P(A∩N) = probability of the treasure being in the area and no treasure is found

P(A/N) = probability of the treasure being in the area given that no treasure is found

Answer:

2 rides per hour

Step-by-step explanation:

This is a division problem since we would need to divide in order to answer the question.

Divide the amount of rides she rode to the number of hours she was there.

Input the numbers below:

amount of rides she rode/number of hours there

14/7=2

At this rate, Ramona rode 2 rides per hour.

7÷14=0.5

14÷7=2

_________

it's one of them

Answer:

660 ways

Step-by-step explanation:

we have two numbers in consecutive positions in this question

(1,1) and (2,2)

numbers of ways that (1,1) are in consecutive positions = 6!/2! = 360

number of ways that (2,2) are in consecutive positions = 6!/2! = 360

the permutation of (11),(22),3,4,5 = 5!

ps:I countedthepairsasoneeach.

5! = 120

to get total number of permutations

7!/2!2!

= 5040/4

= 1260

the number of ways that 2 identical digits are not consecutively positioned = 1260-360-360+120

= 660 ways

Answer:

Step-by-step explanation:

The urn contains 3blue balls 5 red balls

a) probability of getting a red ball

   P=no of favourable of outcomes /total no outcomes

   P(red ball) = 5/8

b) Probability of blue ball

  P(blue ball) = 3/8

c) Odds getting a red ball

   odds in favour of any object = m/n

   m : event to occur

   n  : event will not occur

 Odds(red ball) = 5/3

d)

Odds(blue) = 3/5