144 divided by 3 is 48, and there is no remainder.
To find the quotient and remainder when dividing 144 by 3, we divide 144 by 3 and check if there is a remainder.
= 144 ÷ 3
= 48
So, the quotient is 48.
To determine if there is a remainder, we check if the division is exact. In this case, 144 divided by 3 is exact with no remainder.
Therefore, 144 divided by 3 is 48, and there is no remainder.
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the answer to 144 divided 3 is 48 no remainder
Answer: Least and greatest weights of the African bush elephants are 4 tons and 8 tons respectively.
Step-by-step explanation:
Weight of the African bush elephant = 4.4 tons
Weight of the African bush elephant = 7.7 tons
So, Least weights of the African bush elephants =4.4
Rounded to nearest ton = 4 tons
And ,
Greatest weights of the African bush elephants = 7.7
Rounded to nearest ton = 8 tons
Hence, least and greatest weights of the African bush elephants are 4 tons and 8 tons respectively.
A.
convex pentagon
B.
concave hexagon
C.
convex hexagon
D.
concave pentagon
I need help
The simplified form of (3⁻²)⁴ is: 1/3⁸.
Here, we have,
To simplify (3⁻²)⁴, we need to apply the exponent rules.
First, let's simplify the expression inside the parentheses, (3⁻²):
(3⁻²) = 1/(3²)
Now, we can rewrite the original expression as:
(1/3²)⁴
To simplify this, we raise 1/3² to the 4th power:
(1/3²)⁴ = 1/3⁸
Therefore, (3⁻²)⁴ simplifies to 1/3⁸.
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Answer:
The second answer option Is correct
You can buy, 5 packages of diapers with $40
The division in mathematics is one kind of operation. In this process, we split the expressions or numbers into the same number of parts.
Given:
One package of diaper costs $8.
Then number of packages of diapers,
you can buy with $40,
= 40/8
= 5
Therefore, the number of packages = 5
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11a
6a + 15
6a + 5
21a
4x + 6y = 0
Answer:
The answer to your question is: (1/2, -1/3)
Step-by-step explanation:
Elimination
10x - 15y = 10 (I)
4x + 6y = 0 (II)
Multiply (I) by 2 and (II) by -5
20x - 30y = 20
-20x - 30y = 0
Add both equations
0 - 60y = 20
y = -20/60
y = - 1/3
Substitute y in (II)
4x + 6(-1/3) = 0
4x - 2 = 0
4x = 2
x = 2/4
x = 1/2
4(1/2) + 6(-1/3) = 0
4/2 - 6/3 = 0
2 - 2 = 0
0 = 0
Answer:
(1/2, -1/3)
Step-by-step explanation:
To solve using elimination, you have to make one of the variables from both equations additive inverses. Let's make the x-variables additive inverses.
First, we multiply the first equation by -2.
-2(10x - 15y) = -2(10)
-20x + 30y = -20
Now, we muliply the second equation by 5.
5(4x + 6y) = 0
20x + 30y = 0
If you look at the x-variables, now they are additive inverses. Now we add the two equations together.
-20x + 30y = -20
20x + 30y = 0
60y = -20
/60 /60
y = -1/3
Now you plug in the known y-value into any of the first equations. Let's use 4x + 6y = 0
4x + 6(-1/3) = 0
4x - 2 = 0
+2 +2
4x = 2
/4 /4
x = 1/2
The solution to this system of equations is (1/2, -1/3). You can change to decimal form if you want. To check your work, you plug in the x and y-values into the two equations in the question.
10x - 15y = 10
10(1/2) - 15(-1/3) = 10
5 + 5 = 10
10 = 10
So, the solution is true for this equation. Let's check the second one.
4x + 6y = 0
4(1/2) + 6(-1/3) = 0
2 - 2 = 0
0 = 0
Yes! When you plug the solution into the equations, they are true! So, your solution is (1/2, -1/3).