What is the force of gravity between Earth (6.0 × 1024 kilograms) and Venus (4.88 × 1024 kilograms)? The distance between the tw
2 answers:
Solutions
F = Gm₁m₂ /
To solve this given equation we have to multiply variable G by the mass of the Earth ( 5.98 × 1024 kilograms) and the mass of Venus ( 4.88 × 1024 kilograms) , divide by the distance between the planets ( <span>3.8 × 10 ).
</span>5.98 × 1024 = 6123.52 kilograms
= Mass of Earth
4.88 × 1024 = 4997.12 <span>kilograms</span>
= Mass of Venus
<span>3.8 × 10 = 38
</span>= Divide the distance by 38
<span>The value of G is 6.673 × 10-11 newton meter^2 / kilogram
= </span>
F = Gm₁m₂ /
To solve this given equation we have to multiply variable G by the mass of the Earth ( 5.98 × 1024 kilograms) and the mass of Venus ( 4.88 × 1024 kilograms) , divide by the distance between the planets ( <span>3.8 × 10 ).
</span>5.98 × 1024 = 6123.52 kilograms
= Mass of Earth
4.88 × 1024 = 4997.12 <span>kilograms</span>
= Mass of Venus
<span>3.8 × 10 = 38
</span>= Divide the distance by 38
<span>The value of G is 6.673 × 10-11 newton meter^2 / kilogram
= </span>
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Answer:
Step-by-step explanation:
The question in English
1.5 hours for tuning; 0.2 hours for cleaning the battery; 0.75 hours for changing the oil and engine filter; 1.45 hours for changing and aligning lights; and 1.3 hours for repairing the air conditioning system. The hourly rate is 32.8 soles; how much does it cost to repair the car?
step 1
Sum the hours to repair the car
step 2
Find the cost
Multiply the total hours by
so
The answer is B. You had to check the work in the calculator after you showed the work. Two answers gave you whole numbers , then when you plug it in only one of them solved to 180 correctly
