Four figures, not one rocket
The space shelf looks like one subject until you read the axis. The shuttle number is the orbiter, nose to tail, 37.2 metres, and the axis is long. The external tank is not included, so a picture of the whole launch stack is a different object. Falcon 9 is 70 metres on the pad, first stage plus second stage, and the axis is tall. A jet of about 70.7 metres is not this rocket. Collapsing those two into one 70 metre vehicle answers a question nobody asked.
The station and the Saturn stack are the pair that tricks a memory of round numbers. The ISS figure is 109 metres along the main truss, and that axis is long. Saturn V is 110.6 metres, the full stack including the spacecraft on top, and that axis is tall. The metre counts sit close. Within 6 percent still scores 100, and these two counts are inside that kind of band of each other. The questions are not the same. A long truss and a tall stack can share a number and still be two silhouettes.
Tank out, jet aside
Version is the quiet half of every space miss. The shuttle figure refuses the external tank. If you remember a launch photograph, the tank is the tall object and the orbiter is the length on the side. This board grades the orbiter, 37.2 metres, nose to tail, axis long. Adding the tank because it looks important answers a stack you were not shown. Falcon 9 is already the stack the fact names: first stage plus second stage, 70 metres, on the pad, axis tall. The fact line is the version. A remembered photograph is not a second measurement.
Seventy metres is a crowded neighborhood, and that is why the jet warning exists. A Falcon 9 on the pad is 70 metres tall. A large jet can be about 70.7 metres long. Those figures are not the same object, and they are not the same axis. Tall on a pad is not long in the air. If a memory of that jet supplies the rocket, you imported a vehicle from another shelf. The red outline will show the rocket you were actually given. Read the name. Then read whether the axis says tall or long. The number 70 is not a passport between them.
Liberty stops at the vehicles
Liberty is a building unit, and it only barely fits the rockets. The Statue of Liberty here is about 93 metres, ground to torch, pedestal included. Falcon 9 at 70 metres is under one Liberty. Saturn V at 110.6 metres is about 1.2 Liberties. The orbiter at 37.2 metres is plainly shorter than that statue. The truss at 109 metres is a length, so a nearby metre count does not turn it into a tall statue. None of this makes the statue a ruler you should love. It makes a ceiling for vehicles. A planet walks through that ceiling.
Use Liberty only while the objects are still vehicles that can stand beside one statue. Under one Liberty for the 70 metre pad. About 1.2 Liberties for the 110.6 metre stack. The 37.2 metre orbiter is the short one in that company. A ratio of two scores 45, and the stack is about 1.2, not two, so a doubled statue is a different claim. The statue is a unit with a ceiling. Past the ceiling, drop it. A building unit is a bad emotional unit for an orbit, and no orbital distance belongs in this comparison.
Widths, not a voyage
A diameter is across, not a trip. The Moon on this board is 3,474,800 metres, which is 3,474.8 kilometres. Earth is an equatorial diameter, 12,742,000 metres, which is 12,742 kilometres, also across. Divide 12,742 by 3,474.8 and you get about 3.67. Earth is a bit under four Moon diameters, not a vague larger ball. That sentence is the whole comparison between the two worlds. How far apart the bodies sit is a different question, and this note does not answer it. Do not smuggle a journey into the word Moon.
Across is not a height you stack. Both diameters are widths of bodies. Keep 3,474.8 kilometres as the Moon's diameter and 12,742 kilometres as Earth's equatorial diameter. About 3.67 is the ratio of those two widths, said again because the picture is easy to replace with a feeling. A Liberty of about 93 metres is a joke beside either width. You can count statues against a pad. You cannot feel a world that way. The red outline, if you ever lock a world against a statue, will not meet your feeling in the middle.
The word big scores nothing
Five times off scores 0, and that zero is easy if the only word you bring is big. A rocket and a world are both big, and the ratio between them is not a quibble inside the vehicle band. Half and double are the same kind of miss and score 45. Triple scores 30. Five times, or worse, is nothing. A planet diameter against a pad is the worse case, not a bold guess. The red outline is the truth after you lock in. It does not negotiate with the mood of the guess.
The marks between a perfect call and a zero still have names. Within 6 percent scores 100. A miss of 1.12 scores 90. A miss of 1.2 scores 78. Four thirds scores 62. About 3.67 Moon diameters sits between triple, which scores 30, and five times, which scores 0. Calling the two worlds the same size is a bad miss and not yet zero. The close counts 109 and 110.6 are a different pair. Do not borrow one pair's mark for the other.
A sentence you can lock in
Axes are the rest of the miss. Long, tall, and across do not become the same question because the objects are famous. Read the heading before you move the white shape. The slider runs from the reference times 0.012 out to times 120, wider than the answer on purpose, so a hand that hunts the end of the track is reading the tool. Zoom until both silhouettes share the ground line. Then say a ratio. Under one Liberty. About 1.2 Liberties. About 3.67 Moon diameters. If the sentence is only big, you have not started.
Unlimited will let you repeat a pair without the five-round weights and without a streak. The daily weights are one, one, two, three, and three, and a perfect five is 1,000. Spend that structure on a ratio you can say, not on the word big. Today's answers stay closed until you finish or until you look on purpose. Looking spends the surprise. There is no account, and the board lives in this browser only. Compare can put two truths side by side with no score if you want the picture of 3.67 before you lock in.