Answer:
Step-by-step explanation:
Answer:
0
Step-by-step explanation:
the || makes whatever number is inside it abslute so -3 becomes 3 instead
Answer:
The IRS considers them to be part of your employee business expenses, which fall under the category of miscellaneous deductions. Add the cost of tolls, parking, your other car expenses to your other employee business expenses and combine that amount with other miscellaneous expenses.
Step-by-step explanation:
Answer: Well I guess that you add the cost of tolls like the parking, your car expenses and other workers business expenses combine that amount you got with another miscellaneous expenses
The actual length of the fence is 215 inches
Step-by-step explanation:
Length of fence in drawing = 3.75 inches
Actual length of the fence = 24 ft
= 288 inches
Scale factor = 288/3.75
= 76.8
Length of fence in drawing = 2.8 inches
Actual length = 2.8 x 76.8
= 215 inches
The actual length of the fence is 215 inches
Answer:
215 in
Step-by-step explanation:
215 in
h=1.5cm
r=11cm
Answer:
570.2
Step-by-step explanation:
pi(11^2)1.5=570.2
Answer:
V≈570.2cm³
Step-by-step explanation:
B.(1,3)
C.(4,6)
D.(3,6)
E.(4,2)
F.(5,10
The following points that are on the line given by the equation y=2x are Options (D). (3,6) and (F). (5,10).
A straight line is a line passing through the x-y plane that has equal intercepts with respect to the x axis and the y-axis. The slope of a straight line is always equal. The straight line is also satisfied by the coordinates points in the x and y axis respectively.
To identify the points satisfied by any given equation, we have to replace the points given in the following equation.
Taking first point in option (A) , (16,8) , we have y = 8 and x = 16 which does not satisfy the equation y = 2x .
Taking second point in option (B) , (1,3) , we have y = 3 and x = 1 which does not satisfy the equation y = 2x .
Now from the following options, checking points in Option (D) where x = 3 and y = 6 which satisfies the equation y = 2x .
Also checking the points in Option (F) where x = 5 and y = 10 which satisfies the equation y = 2x .
The following points that are on the line given by the equation y=2x are Option(D). (3,6) and Option(F). (5,10) .
To learn more about points in a straight line, refer -
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Answer: it’s (5,10) and (3,6)
Answer:
✓11000-✓8250=~ 14 volts
Step-by-step explanation:
the answer is the difference by 100-watt light bulb to a 75 light bulb.
so, all you have to do is this:
v1-v2--------> ✓PR-✓P2R2
so you'll have ✓100.110-✓75.110= ✓11000-✓8250= 14
I hope it helps
By using the formula v=√PR, it is calculated that approximately 13.8 more volts are needed to light a 100-watt bulb than a 75-watt bulb, both having a resistance of 110 ohms.
To find out how many more volts are needed to light a 100-watt light bulb than a 75-watt light bulb, the amount of voltage required for each bulb is to be calculated using the given formula v= √PR, and then subtracted to find the difference.
For voltage required to light a 100-watt bulb:
v100= √(100W * 110 ohms) = 105.4 volts
For 75-watt bulb:
v75 = √(75W * 110 ohms) = 91.6 volts
The difference in voltage:
v100 - v75 = 105.4V - 91.6V = 13.8V
So, approximately 13.8 more volts are needed to light a 100-watt bulb than a 75-watt bulb, when rounded to the nearest tenth.
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