Find the number of groups and the number left over. 24 - 5 = with left over 24-5= with left over (Type whole numbers.)

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Answer 1

Answer: 19 is my answer 19 is left over

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to properly measure the volume of water in a calibrated glass device, such as a graduated cylinder, one should________

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The lowest point should be used for measurement. To acquire a correct reading, students must read the meniscus at eye level. In order to read the meniscus at eye level, students need first set the graduated cylinder on the table and then stoop.

A measuring cylinder, often referred to as a graded cylinder, a cylinder measuring cylinder, or a mixing cylinder, is a piece of lab apparatus used to gauge the quantity of fluids, chemicals, or solutions used during a typical lab session. Compared to common laboratory flasks and beakers, graduated cylinders offer higher precision and accuracy. The graduated cylinder is a scientific tool that employs the metric system rather than the American standard system, so measurements are made in millilitres rather than ounces. The volume of an object or quantity of liquid is measured using a graduated cylinder, a common piece of laboratory glassware. It is a glass cylinder with side markings resembling those on a measuring cup, as its name suggests.

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if a car wheel has a circumference of 2.51 how many full rotations will it make in 10,000 miles.

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The wheel will make approximately 2,520,718 full rotations in 10,000 miles.

First, we need to find the distance that the wheel will travel in one revolution:

distance traveled in one revolution = circumference of wheel

= 2.51 units

Next, we need to find the number of revolutions the wheel will make in 10,000 miles. We can use the formula:

number of revolutions = distance traveled ÷ distance traveled in one revolution

Since we know that the car will travel 10,000 miles, we can convert this to the distance that the wheel will travel:

distance traveled = circumference of wheel × number of revolutions

10,000 miles = 5280 feet/mile × 12 inches/foot × 10,000 miles = 6,336,000 inches

Plugging these values into the formula gives:

number of revolutions = 6,336,000 inches ÷ 2.51 inches/revolution

= 2,520,718.12 revolutions

Therefore, the wheel will make approximately 2,520,718 full rotations in 10,000 miles.

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√4(x-5)^2=40 HELPPPPPPPPPPPPPP

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Answer:

x = 15

Step-by-step explanation:

$(\sqrt{4(x -5}) ^{2}$ = 40 If you square the square root of something, it would end up being itself.

4(x - 5) = 40

4x - 20 = 40 Add 20 to both sides

4x = 60 Divide both side by 4

x = 15

Answer:

$\sqrt{4}(x-5)^2=40 \implies x=5 +2 \sqrt{5}, \quad x=5-2 \sqrt{5}$

$\sqrt{4(x-5)^2}=40 \implies x=-15, \quad x=25$

Step-by-step explanation:

Given equation:

$\sqrt{4}(x-5)^2=40$

Simplify √4 = 2 :

$\implies 2(x-5)^2=40$

Divide both sides by 2:

$\implies (x-5)^2=20$

Square root both sides:

$\implies x-5=\pm \sqrt{20}$

Simplify the right side of the equation:

$\implies x-5=\pm \sqrt{4 \cdot 5}$

$\implies x-5=\pm \sqrt{4} \sqrt{5}$

$\implies x-5=\pm 2 \sqrt{5}$

Add 5 to both sides:

$\implies x=5 \pm 2 \sqrt{5}$

Therefore, the solutions are:

$x=5 +2 \sqrt{5}$$x=5 -2 \sqrt{5}$

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Given equation:

$\sqrt{4(x-5)^2}=40$

Square both sides:

$\implies 4(x-5)^2=1600$

Divide both sides by 4:

$\implies (x-5)^2=400$

Square root both sides:

$\implies x-5=\pm \sqrt{400}$

$\implies x-5=\pm 20$

Add 5 to both sides:

$\implies x=5-20=-15$

$\implies x=5+20=25$

Therefore, the solutions are:

$x = -15$$x = 25$

Dont answer this PLEAS

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Answer:

why? also the answer is 1.6y+y-4/15y+7/6y=21/3

We move all terms to the left:

1.6y+y-4/15y+7/6y-(21/3)=0

Domain of the equation: 15y!=0

y!=0/15

y!=0

y∈R

Domain of the equation: 6y!=0

y!=0/6

y!=0

y∈R