Response: ∠B = 42° ∠A = 23° ∠F = 115°
Detailed explanation:
∠B is congruent to ∠C alternate interior angles 42°
∠CDF is supplementary to ∠CDE,
thus m∠CDF = 23° and ∠FAB is congruent to ∠CDF therefore m∠FAB= 23°
also ∠A is congruent to ∠CDE corresponding angles 157° ∠FAB is supplementary to ∠A
which leads to 180 - 157 = 23 giving m∠FAB
The sum of angles in a triangle amounts to 180°, so m∠AFB = 180 -(23 +42)
This results in 180- 65 = 115 = m∠F
The answer is Option D: Line G H.
Step-by-step explanation:
Test was conducted on Edge
The answer to your question is x = 8
Answer: 11, 13
Explanation:
We need to identify two consecutive integers whose product is 143. If we let x represent the larger of the two integers, the smaller integer can be expressed as (x-2). Their product equals 143, which gives us
By solving the equation:
this results in a second-order equation with two real roots: x=13 and x=-11. We disregard the negative outcome, leaving us with x=13. Hence, the two numbers are
x=13
x=13-2=11
The space probe must be able to recognize 7 distinct command types.
The number of combinations that can be encoded using n bits is 2^n. Thus, the minimum number of bits required to encode at least 7 different commands would be:
2^n > 7
2^n > 2^2.80
n > 2.80
n=3
A minimum of 3 bits is required
