Answer:
Step-by-step explanation:
For one cake= 2/3 dozen
for 6 cakes= 2/3x6=4 dozen
Answer:
a = 2(vt -d)/t^2
Step-by-step explanation:
Add the term containing "a":
d + a(t^2/2) = vt
Subtract d:
a(t^2/2) = vt -d
Multiply by the inverse of the coefficient of "a":
a = 2(vt -d)/t^2
Given expression is
-33/-10- (-45.3+ 35.2)
Problem says that it is simplified.
After simplification it gives:
-33/-10+?
Now we need to find the unknown value that goes in place of ?.
Notice that it is expression having only constants so we will get a unique answer not the smallest or largest value.
Now let's find the value of unknown that goes in place of ?
-33/-10- (-45.3+ 35.2)= -33/-10+?
we see that -33/-10 is on both sides so we can remove that
- (-45.3+ 35.2)= ?
Now let's simplify the left side by distributing the negative sign
+45.3 - 35.2= ?
10.1 = ?
Hence the unknown value is 10.1 that goes in place of ?.
Answer:
0.0023
Step-by-step explanation:
just go one step backwards reducing by 1/10 means 0.1, 1 decimal place, so go back one space.
0.023
it's now 0.0023.
Answer:
2^3 and 2(2)(2) are both cubes, but cubic answers are more commonly written as x^3
