The rabbit population in a certain area is 500% of last year's population. There are 300 rabbits this year. How many were there last year?There were
____ rabbits last year.
Answers
Answer:
300 divided by 500 is 0.6
S is step-by-step explanation:
Related Questions
An electrician has a spool of wire that is 200 m long. she needs four pieces of wire measuring 42.3 m, 37.8 m, 55.6 m, and 35.7 m. about how much wire will be left on the spool after she finishes her job? give your answer with the appropriate precision.
Anna is going to play guitar in her school's annual concert. If she starts by practicing for one hour per day and increases the time by 30 minutes each day, how long will she practice on the seventh day? a. 140 minutes b. 210 minutes c. 240 minutes D. 300 minutes
In the data set below, what is the mean absolute deviation?4,9,2,9,2,2,7If the answer is a decimal, round it to the nearest tenth.
Raymond just got done jumping at Super Bounce Trampoline Center. The total cost of his session was \$43.25$43.25dollar sign, 43, point, 25. He had to pay a \$7$7dollar sign, 7 entrance fee, and \$1.25$1.25dollar sign, 1, point, 25 for every minute he was on the trampoline.
Answers
Answer: Currently 8 action films are being shown
Step-by-step explanation:
Step 1
Ratio of action film to other films = 1:2
which means 1 action movie would be shown for every 2 other films
Total ratio = 1+2 = 3
Step 2
Number of action films shown = ratio of action film/ total ratio x 24 screens
= 1/3 x 24 = 8
Number of other films shown = ratio of other films/ total ratio x 24 screens
= 2/3 x 24 = 16
Currently 8 action films and 16 other films are being shown
A. -26 B.-9 C. -1 D. 10
Answers
The value of g(f(-3)) would be -9 which is the correct answer would be an option (B).
What exactly is a function?
A function is defined as a mathematical phrase that specifies a connection between two variables in algebra.
We have been given the functions below as
f(x) = 3x + 7 and g(x) = 2x - 5
We have to determine the value of g(f(-3))
Substitute the value of f(x) = 3x + 7 in the g(x) = 2x - 5 to get g(f(x))
⇒ g(f(x)) = 2(3x + 7) - 5
Apply the distributive property of multiplication,
⇒ g(f(x)) = 6x + 14 - 5
⇒ g(f(x)) = 6x + 9
Substitute the value of x = -3 in the g(x) = 2x - 5 to get g(f(-3))
⇒ g(f(-3)) = 6(-3) + 9
⇒ g(f(-3)) = -18 + 9
⇒ g(f(-3)) = -9
Therefore, the value of g(f(-3)) would be -9.
Learn more about the functions here:
#SPJ1
Answers
The expression 3z+4 = 4+3z represents the commutative property of addition.
What is cumulative property?
The cumulative property states that if the position of the numbers when they are in addition is changed then it will not affect the final result of the addition. If altering the operands' order has no effect on the outcome, the binary operation is commutative in mathematics.
The commutative property basically states that x+y can be flipped yet have the same meaning so x+y = y+x ~
The given expression 3z+4=4+3z is showing the cumulative property of addition. By changing the position of the additional terms the final result will not change.
Therefore, the expression 3z+4 = 4+3z represents the commutative property of addition.
To know more about cumulative property follow
#SPJ2
Answers
Answer:
B = (2, -5)
Step-by-step explanation:
The problem requirements mean ...
B - A = (2/3)(C - A)
B = A + (2/3)C - A
B = (1/3)A + (2/3)C = (A +2C)/3
B = ((-6, 1) +2(6, -8))/3 = (-6+12, 1-16)/3 = (6, -15)/3
B = (2, -5)
/12
2
-0.1/144
√43
57
10
Answers
Answer:
the answer is 01
Step-by-step explanation:
Answer:
01
Step-by-step explanation:
2
no solutions
or
infinitely many solutions
solve the equation by completing the square. round to the nearest hundredth. x^2+6x=-7
4.41,1.59
-4.41,1.59
-4.41,-1.59
4.41,-1.59
and the last one is
solve the systems of equations algebraically. show all of your steps.
y=x^2+2x
y=3x+20
Answers
I)
1 solution with multiplicity 2
(2x+1)²=0
II) ANSWER C (-4.41, -1.59)
-3-√2 and -3+√2
III)
y=x²+2x
y=3x+20
==>x²+2x=3x+20
==>x²-x-20=
Δ=1+4*20=81=9²
(x=(1-9)/2=-4 and y= 3*(-4)+20=8 ) or (x=(1+9)/2=5 and y=3*5+20=35)