To illustrate numbers using base 10 blocks, you need to understand the place values and represent each digit using the appropriate base 10 block.
To illustrate numbers using base 10 blocks, we need to understand that each number is made up of different place values—ones, tens, hundreds, and so on. A base 10 block for the number 841 would consist of 8 hundreds blocks, 4 tens blocks, and 1 ones block. For the number 106, we would have 1 hundreds block, 0 tens blocks, and 6 ones blocks. Lastly, for the number 3,051, we would have 3 thousands blocks, 0 hundreds blocks, 5 tens blocks, and 1 ones block.
Answer:
Skewed
Step-by-step explanation:
A project manager can interpret several things in a histogram. If something unusual happening, the histogram is said to Skewed. When the histogram is Skewed it means that many of the values of the graph are falling on only one side of the mean. It can be either on left side( left skewed) or on the right side called right skewed
50°
60°
709
Х
50°
The value of xis
o, and the value of yis
Answer:
x = 60°
y = 50°
Step-by-step explanation:
✅x = 180° - (50° + 70°) (sum of interior angles of a triangle theorem)
x = 180° - 120°
x = 60°
✅Based on the exterior angle theorem, the sum of the opposite interior angles of a triangle = the exterior angle.
Therefore,
50° + 60° = x + y
Plug in the value of x
50° + 60° = 60° + y
110° = 60° + y
y = 110° - 60°
y = 50°
The given distance driven by each family on vacation is-
The Jacksons drove 835 miles.
The Simms drove 947 miles.
The Chens drove 100 miles further than the Jacksons that is they drove 935 miles.
Now comparing all three distances, we get 947 miles as the highest distance driven.
Hence the Simms drove the longest distance.
Answer:
0.28
Step-by-step explanation:
For a certain breed of dog,
OFFSPRING OF A BLACK DOG:
Is black = 0.6 Is brown = 0.4
OFFSPRING OF A BROWN DOG:
Is black = 0.2 Is brown = 0.8
If REX is a brown dog of this breed, what is the probability that his grand puppy will be black?
The probability that his grand pup will be black = Probability that his black pups produce black pups + the probability that his brown pups produce black pups.
The probability that his black pups produce black pups:
0.2 × 0.6 = 0.12
The probability that his brown pups produce black pups:
0.8 × 0.2 = 0.16
The probability that his grand pup will be black = 0.12 + 0.16 = 0.28
The probability that the grand-pup of a brown dog (like Rex) will be black is calculated by multiplying the probability that a brown dog will produce a black offspring (0.2) by the probability that a black dog will produce a black offspring (0.6). This results in a probability of 0.12, or 12%.
In this problem, you're looking at the probability of a twice-removed descendent (a grand-pup) being a certain color, given the starting color of the ancestor (Rex). Since the color of the offspring is dependent on the color of the parent, this is a conditional probability problem.
The probability that the offspring of a brown dog will be black is 0.2. If that dog is black, the probability of its own offspring being black is 0.6. So, you multiply those probabilities together to find the probability that a brown dog will have a black grandpup, which is 0.2 * 0.6 = 0.12, or 12%. Therefore, the probability that Rex's grandpup will be black is 12%.
#SPJ3
Answer:
24
Step-by-step explanation:
hope i helped